The Growatt mod 10ktl3-xh-bp hybrid inverter (mpn mod 10ktl3-xh-bp) is a 3-phase inverter that ensures simple and user-friendly operation of large Solarasystems thanks to its high output and compact size. The inverter is characterized by a high efficiency of 98.6%, which makes it a powerful and flexible device when configuring a system. In addition to 2 independent mppt inputs and a maximum PV power of 20000w, the inverter also has an OLED touch display, which is a great advantage for simple and uncomplicated operation. Loads and batteries can also be connected. The apx battery system is compatible with this. Optionally, the mod-xh-BP series can be equipped with the SYN 50 xh 30 - backup boxto achieve off-grid operation. The mod-xh-BP series: 2 independent mppts Battery-ready, future-proof Type ii spd on dc and ac side Integrated afci function Support for export limitation OLED and touch button DC/AC ratio up to 2.0 Off-grid function possible with optional accessories Hybrid inverter In contrast to conventional inverters, hybrid inverters can not only feed the electricity generated by the Solarasystem into the grid, but also store it in batteries. This means that solar power is also available when the sun is not shining. Another feature of hybrid inverters is their ability to optimize a household's electricity consumption by preferring to use the solar power directly in the household before it is fed into the grid. Active safety with afci function With an Arc Fault Circuit Interrupter is an arc fault protection device. It protects circuits in the event of arcing faults and acts as a circuit breaker against contact faults in low-voltage installations. I n addition to providing protection, it analyses current and voltage curves using digital signal processing and interrupts circuits in the event of fault signatures. The afci is also known colloquially as a fire protection switch, as overheating at poor contact points or flashovers between two conductors can be prevented by emitted signals. Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a Solarasystem. The mppt determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the mod inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. Operating modes - configurable according to system requirements Working mode: The mod-xh converts the dc power from PV strings into AC power and feeds this into the grid. As soon as the output power does not meet the requirements for grid-connected power generation, the normal operating mode is switched off. Fault mode: The inverter monitors and controls the status of the system in real time. If, for example, system or inverter errors occur, the display shows the error information and disconnects the inverter output from the grid. Switch-off mode: The inverter switches off automatically when solar radiation is weak or absent. AC&DC type ii spd AC and dc type ii spds (surge protective devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of Solarasystems. AC spds protect the AC side and dc spds protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Numerous protective functions dc / AC surge arrester: type ii dc reverse polarity protection and disconnector Insulation resistance detection AC short-circuit protection Mains, residual current and string monitoring Stand-alone grid detection afci protection (arc fault detection) Growatt monitoring platform (can be used with optional accessories) The Growatt monitoring platform can be used with the optional Shine series accessories. This is available as a smartphone app (for iOS and Android) and as a web version. The Shine accessories must be purchased separately, use of the platform is free of charge. you can configure and monitor all your Growatt products via Shine, and it is also possible to display self-consumption and trends. The following Shine options are compatible with the mod 3-15KTL3-X/xh series: ShineWiFi-X Shine4G-X ShineLan-X ShineLink-X Technical data Input (DC) Max. PV line: 20000W Max. Input voltage: 1100V Start voltage: 160V Rated voltage: 600V mppt-Spannungsbereich: 140-1000V Max. Input current per mppt: 16A Max. Short-circuit current per mppt: 20A Input (dc battery) Compatible with ark xh battery system Operating voltage range: 600-950V Max. Operating current: 18.5A Max. Charging power: 10000W Max. Discharge power: 11000W Output (AC) AC rated power: 10000W AC rated voltage range: 220v/380v, 230v/400v (340-44V0) Frequency range: 50/60 Hz (45-55Hz/55-65Hz) Max. Output current: 16.7A General Max. Efficiency: 98.6% Dimensions: 425 x 387 x 178 mm Weight: 14 kg Operating temperature range: -25°C - +60°C Protection class: IP66 Manufacturer's warranty: 5 years Scope of delivery 1x Growatt mod 10ktl3-xh-bp hybrid inverter

The Growatt mod 8ktl3-xh-bp hybrid inverter (mpn mod 8ktl3-xh-bp) is a 3-phase inverter that ensures simple and user-friendly operation of large Solarasystems thanks to its high output and compact size. The inverter is characterized by a high efficiency of 98.6%, which makes it a powerful and flexible device when configuring a system. In addition to 2 independent mppt inputs and a maximum PV power of 16000w, the inverter also has an OLED touch display, which is a great advantage for simple and uncomplicated operation. Loads and batteries can also be connected. The apx battery system is compatible with this. Optionally, the mod-xh-BP series can be equipped with the SYN 50 xh 30 - backup boxto achieve off-grid operation. The mod-xh-BP series: 2 independent mppts Battery-ready, future-proof Type ii spd on dc and ac side Integrated afci function Support for export limitation OLED and touch button DC/AC ratio up to 2.0 Off-grid function possible with optional accessories Hybrid inverter In contrast to conventional inverters, hybrid inverters can not only feed the electricity generated by the Solarasystem into the power grid, but also store it in batteries. This means that solar power is also available when the sun is not shining. Another feature of hybrid inverters is their ability to optimize a household's electricity consumption by preferring to use the solar power directly in the household before it is fed into the grid. Active safety with afci function With an Arc Fault Circuit Interrupter is an arc fault protection device. It protects circuits in the event of arcing faults and acts as a circuit breaker against contact faults in low-voltage installations. I n addition to providing protection, it analyses current and voltage curves using digital signal processing and interrupts circuits in the event of fault signatures. The afci is also known colloquially as a fire protection switch, as overheating at poor contact points or flashovers between two conductors can be prevented by emitted signals. Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a Solarasystem. The mppt determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the mod inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. Operating modes - configurable according to system requirements Working mode: The mod-xh converts the dc power from PV strings into AC power and feeds this into the grid. As soon as the output power does not meet the requirements for grid-connected power generation, the normal operating mode is switched off. Fault mode: The inverter monitors and controls the status of the system in real time. If, for example, system or inverter errors occur, the display shows the error information and disconnects the inverter output from the grid. Switch-off mode: The inverter switches off automatically when solar radiation is weak or absent. AC&DC type ii spd AC and dc type ii spds (surge protective devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of Solarasystems. AC spds protect the AC side and dc spds protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Numerous protective functions dc / AC surge arrester: type ii dc reverse polarity protection and disconnector Insulation resistance detection AC short-circuit protection Mains, residual current and string monitoring Stand-alone grid detection afci protection (arc fault detection) Growatt monitoring platform (can be used with optional accessories) The Growatt monitoring platform can be used with the optional Shine series accessories. This is available as a smartphone app (for iOS and Android) and as a web version. The Shine accessories must be purchased separately, use of the platform is free of charge. you can configure and monitor all your Growatt products via Shine, and it is also possible to display self-consumption and trends. The following Shine options are compatible with the mod 3-15KTL3-X/xh series: ShineWiFi-X Shine4G-X ShineLan-X ShineLink-X Technical data Input (DC) Max. PV line: 16000W Max. Input voltage: 1100V Start voltage: 160V Rated voltage: 600V mppt-Spannungsbereich: 140-1000V Max. Input current per mppt: 16A Max. Short-circuit current per mppt: 20A Input (dc battery) Compatible with ark xh battery system Operating voltage range: 600-950V Max. Operating current: 18.5A Max. Charging power: 10000W Max. Discharge power: 8800W Output (AC) AC rated power: 8000W AC rated voltage range: 220v/380v, 230v/400v (340-44V0) Frequency range: 50/60 Hz (45-55Hz/55-65Hz) Max. Output current: 13.3A General Max. Efficiency: 98.6% Dimensions: 425 x 387 x 178 mm Weight: 14 kg Operating temperature range: -25°C - +60°C Protection class: IP66 Manufacturer's warranty: 5 years Scope of delivery 1x Growatt mod 8ktl3-xh-bp hybrid inverter

The compact hybrid inverter min 3600tl-xh fromGrowatt(MPN: min 3600-xh) is ideal for anyone who values future-proofing combined with low investment costs. With its two MPP trackers and numerous protection functions, the single-phase PV inverter ensures optimum energy yield. Thanks to a battery interface, the device can be expanded into a storage system in no time at all. It is also possible to limit the grid feed-in thanks to the export limitation. Battery-compatible, future-proof The XH series represents the latest generation of intelligent grid-connected inverters for use in private households and is characterized by its high level of adaptability. With its integrated battery interface, it enables effortless expansion to a storage system in the future without the need for additional devices or retrofitting costs. In addition, the XH series offers double the performance to meet the requirements. Introducing the Growatt min-XH Two MPP trackers 1-phase Type ii spd on the DC side max. efficiency 98.2% AFCI function optional Touch button and OLED display 24h self-consumption monitoring compatible with the ark 2.5h-a1 battery with BDC as BMS Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a Solarasystem. The mppt determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the MOD inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. AC&DC type ii spd AC and DC type ii spds (surge protective devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of Solarasystems. AC spds protect the AC side and DC spds protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Arc Fault Circuit Interrupter (AFCI technology) This process was developed to prevent fires caused by arcing in incorrectly installed or damaged PV modules, connectors or cables. To minimize this risk, Growatt offers an optional arc detection system that provides greater safety and protection for your PV system. The technology can be used to detect and interrupt potential fire hazards. Monitoring with the Shine series Use the Growatt monitoring platform with the optional Shine series accessories! The platform is available as a free smartphone app for iOS and Android and can also be accessed via the web version. The accessories must be purchased separately. With the help of Shine, all Growatt products can be configured and monitored, and self-consumption and trends can be displayed. The following Shine options are compatible with the MID series: ShineWiFi-X ShineLink-X Shine4G-X ShineLan-X Technical data max. PV power (stc): 7200W max. input voltage: 550V nominal DC voltage: 360V MPP voltage range: 70V-550V Number of independent MPP trackers: 2 Number of strings per MPP tracker: 1 max. input current per MPP tracker: 13.5A max. short-circuit current per MPP tracker: 16.9A Operating voltage range: 360-500v (DC battery) AC rated power: 3600W AC rated voltage: 230V AC mains frequency: 50/60 Hz max. efficiency 98.2% max. output current: 16 A Protection class: IP65 Operating temperature range -25°C - +60°C Dimensions: 375 x 350 x 160 mm Weight: 10.8 kg Scope of delivery: 1x Growatt min 3600tl-xh hybrid inverter

The compact hybrid inverter min 4600tl-xh fromGrowatt(MPN: min 4600-xh) is ideal for anyone who values future-proofing combined with low investment costs. With its two MPP trackers and numerous protection functions, the single-phase PV inverter ensures optimum energy yield. Thanks to a battery interface, the device can be expanded into a storage system in no time at all. It is also possible to limit the grid feed-in thanks to the export limitation. Battery-compatible, future-proof The XH series represents the latest generation of intelligent grid-connected inverters for use in private households and is characterized by its high level of adaptability. With its integrated battery interface, it enables effortless expansion to a storage system in the future without the need for additional devices or retrofitting costs. In addition, the XH series offers double the performance to meet the requirements. Introducing the Growatt min-XH Two MPP trackers 1-phase Type ii spd on the DC side max. efficiency 98.4% AFCI function optional Touch button and OLED display 24h self-consumption monitoring compatible with the ark 2.5h-a1 battery with BDC as BMS Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a Solarasystem. The mppt determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the MOD inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. AC&DC type ii spd AC and DC type ii spds (surge protective devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of Solarasystems. AC spds protect the AC side and DC spds protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Arc Fault Circuit Interrupter (AFCI technology) This process was developed to prevent fires caused by arcing in incorrectly installed or damaged PV modules, connectors or cables. To minimize this risk, Growatt offers an optional arc detection system that provides greater safety and protection for your PV system. The technology can be used to detect and interrupt potential fire hazards. Monitoring with the Shine series Use the Growatt monitoring platform with the optional Shine series accessories! The platform is available as a free smartphone app for iOS and Android and can also be accessed via the web version. The accessories must be purchased separately. With the help of Shine, all Growatt products can be configured and monitored, and self-consumption and trends can be displayed. The following Shine options are compatible with the MID series: ShineWiFi-X ShineLink-X Shine4G-X ShineLan-X Technical data max. PV power (stc): 9200W max. input voltage: 550V nominal DC voltage: 360V MPP voltage range: 70V-550V Number of independent MPP trackers: 2 Number of strings per MPP tracker: 1 max. input current per MPP tracker: 13.5A max. short-circuit current per MPP tracker: 16.9A Operating voltage range: 360-550v (DC battery) AC rated power: 4600W AC rated voltage: 230V AC mains frequency: 50/60 Hz max. efficiency 98.4% max. output current: 20.9 A Protection class: IP65 Operating temperature range: -25°C - +60°C Dimensions: 375 x 350 x 160 mm Weight: 10.8 kg Scope of delivery: 1x Growatt min 4600tl-xh hybrid inverter

Der Multi RS Solar 48/6000/100-450/100 Dual (MPN PMR482602020) aus der renommierten Produktpalette von Victron Energy kombiniert die Funktionen eines Hybrid-Wechselrichters und eines Batterieladegeräts in einer äußerst leistungsstarken Gerätekombination, um deinen Energiebedarf effizient und zuverlässig zu erfüllen. Mitte 2023 wurde der ursprüngliche Single-MPPT-Tracker zu diesem Dual-MPPT-Tracker-Modell mit zwei unabhängigen MPPT-Tracker-Eingängen für insgesamt 6 kWp PV-Leistung weiterentwickelt. Dank Hochfrequenztechnik und neuem Design wiegt die leistungsstarke Gerätekombination nur 11 kg, verfügt über einen ausgezeichneten Wirkungsgrad, eine geringe Standby-Leistung und ist außerdem sehr leise im Betrieb. Dual-Modell mit 4 Betriebsarten Hybrid-Modus: Speichert überschüssige Solarenergie in einer Batterie, um sie in der Nacht oder in Zeiten hoher Nachfrage zu nutzen. Liefert zusätzlichen Strom aus der Batterie, wenn der Bedarf die Netzkapazität übersteigt. Reserve-Modus: Schaltet während eines Netzausfalls in den Reservemodus. Netzunabhängiger Modus: Funktioniert ohne Netzanschluss. Generator-Modus: Steuert den Generator, um die Laufzeit zu minimieren. Liefert zusätzlichen Strom aus der Batterie, wenn der Bedarf die Kapazität des Generators übersteigt. Der Victron Multi RS Solar Hybrid Wechselrichter/Ladegerät Dual-MPPT-Tracker und 6000 VA Leistung Effiziente Batterieladung, Pulsweitenmodulation (PWM) Schutzfunktionen: Gerätesicherung FKS MasterBus-Kompatibel: Integration in Energiemanagementsysteme Vielseitige Anwendungen Programmierbares Relais Energieoptimierung durch Rückeinspeisung Benutzerfreundliches, intuitives Display Leistungsstark und Flexibel Die hochmoderne Gerätekombination bietet eine beeindruckende Spitzenleistung von 6000 VA (Watt), welche selbst anspruchsvolle Anwendungen wie die Stromversorgung von Haushaltsgeräten, Büroausrüstungen oder Elektrofahrzeugen bewältigt. Sie bietet nicht nur eine zuverlässige Stromversorgung, sondern ermöglicht es dir auch, überschüssige Energie in die Batterien zurückzuspeisen und so den Eigenverbrauch zu erhöhen. Mit einer Eingangsspannung von 48 V und einem Ladestrom von 100 A ermöglicht dieses Gerät eine schnelle und effiziente Aufladung deiner Batterien. Die integrierte Pulsweitenmodulation (PWM) für die Ladespannungsregelung stellt die optimale Ladung deiner Batterien sicher, während die Gerätesicherung FKS (Fast-Blow Fuse) das Gerät und dein Energiesystem vor Überlastung und Kurzschlüssen schützt. PowerControl und PowerAssist Die PowerControl-Funktion begrenzt den maximalen Netz- oder Generatorstrom, um den Multi RS dazu zu bringen, Rücksicht auf andere AC-Lasten zu nehmen. Dadurch nutzt er dann nur überschüssigen Strom zum Laden der Batterie, wodurch Überlastungen vermieden werden. Die PowerAssist-Funktion sorgt dafür, dass Batterien während kurzzeitiger Lastspitzen sofort unterstützen und bei reduzierter Last aufgeladen werden. Einfache Bedienung und Überwachung Mit einem benutzerfreundlichen Display und einer intuitiven Benutzeroberfläche kannst du den Betriebsstatus und die Einstellungen, sowie die Batterie-, Wechselrichter- und Solarparameter, des Victron Multi RS Solar 48/6000/100-450/100 Dual leicht überwachen und anpassen. Dank der MasterBus-Kompatibilität kannst du das Gerät nahtlos in ein intelligentes Energiemanagementsystem integrieren und mit einem Smartphone oder einem anderen Bluetooth-fähigen Gerät über die VictronConnect-App auch mehrere Geräte zentral steuern. Technische Daten: Wechselrichter: DC-Eingangspannungsbereich: 38-62 V AC-Ausgangsspannung: 230 VAC ± 2 % Frequenz: 50 Hz ± 0,1 % max. Dauerstrom: 25 A AC max. Ausgangsleistung: 5300 W bei 52 VDC Spitzenleistung: 9 kW für 3 s / 7 kW für 4 min Kurzschlussausgangsstrom: 45 A max. Überstromschutz des Wechselstromausgangs: 30 A Wirkungsgrad:  96,5 % bei 1 k W Last Solar: max. PV-Lerspannung: 450 V Anlaufspannung: 120 V MPPT-Betriebsspannungsbereich 80-450 V max. betriebliche PV-Eingangsstrombegrenzung: 13 A max. PV-Umwandlungsleistung: insg. 6 kW - 3kW pro Tracker max. PV-Kurzschlussstrom: 16 A Erdschlussauslösepegel: 30 mA Isolationsausfallpegel: 100 kΩ Ladegerät: Nennspannung: 230 VAC Eingangsspannungsbereich: 187-265 VAC Nennfrequenz: 50 Hz Eingangsfrequenz: 45-65 Hz AC-Einschaltstrom: N.z. programmierbarer Ladespannungsbereich: 36-60 V Ladespannung "Konstantspannung": 57,6 V (verstellbar) "Erhaltungs"-Ladespannung: 55,2 V (verstellbar) max. Ladestrom von AC: 88 A @ 57,6 VDC max. Ladestrom insg. (AC+PV): 100 A Gleichstrom Batterietemperatursensor: mitgeliefert Batteriespanungssensor: ja Allgemeines: Zusatzausgang (AC-out-2): ja Drei-Phasen- und Parallel-Betrieb: 2x 2023 Q4 Anschlüsse: VE.Direct, VE.Can & Bluetooth Bluetooth-Frequenz und -Leistung: 2402–2480 Mhz, 4 dBm Betriebstemperaturbereich -40 bis +65 °C Maximale Höhe 2000 m Luftfeuchtigkeit: max. 95 %  nicht kondensierend Schutzklasse: IP21 Batterieanschluss: M8-Bolzen PV-Verbindung: 2 Strings mit MC4 230VAC-Anschluss: Schraubklemmen 10 mm² (6 AWG) Abmessungen: 425 × 460 × 125 mm Gewicht: 12,3 kg Lieferumfang: 1× Victron Multi RS Solar 48/6000/100-450/100 Dual

Der Growatt MID 13KTL3-XH Hybrid-Wechselrichter ist ein 3-phasiges Kraftpaket, der mit erstaunlicher Leistung und seiner vielseitigen Funktionen große Solaranlagen mühelos in Betrieb nimmt. Der Inverter zeichnet sich neben einem hohen Wirkungsgrad von 98,75% auch durch seine Kompaktheit und Benutzerfreundlichkeit aus. Das macht ihn zu einen treuen Partner bei der Konfiguration einer Anlage. Der Wechselrichter trumpft mit 2 unabhängigen MPPT-Eingängen auf und kann eine beeindruckende PV-Leistung von 26000W bewältigen. Für die Bedienung ist er mit einem OLED-Touch-Display ausgestattet, was für eine spielend leichte und unkomplizierte Steuerung sorgt. Darüber hinaus bietet der Inverter die Möglichkeit, Lasten und Batterien anzuschließen. Hierzu kompatibel ist das APX-Batteriesystem von Growatt. Optional kann die MID-XH - Serie mit der SYN 100 XH 30 - Backup-Box kombiniert werden, um einen Offgrid-Betrieb zu erreichen. Die MID-XH Serie: 2 unabhängige MPPTs Battery-ready, zukunftssicher Typ II SPD auf DC- und AC-Seite Integrierte AFCI-Funktion OLED, LED und Touch Taste DC/AC-Verhältnis bis zu 2,0 24h Eigenverbrauchs-Monitoring 10 Jahre Herstellergarantie Hybrid-Wechselrichter Im Gegensatz zu herkömmlichen Wechselrichtern können Hybrid-Wechselrichter den erzeugten Strom aus der Solaranlage nicht nur in das Stromnetz einspeisen, sondern auch in Batterien speichern. Dadurch wird der Solarstrom auch dann verfügbar, wenn die Sonne nicht scheint. Ein weiteres Merkmal von Hybrid-Wechselrichtern ist ihre Fähigkeit, den Stromverbrauch eines Haushalts zu optimieren, indem sie den Solarstrom bevorzugt direkt im Haushalt nutzen, bevor er ins Netz eingespeist wird.  Aktive Sicherheit mit AFCI-Funktion Bei einem Arc Fault Circuit Interrupter handelt es sich um eine Fehlerlichtbogen-Schutzeinrichtung. Sie schützt Stromkreise bei Störlichtbögen und agiert in der Niederspannungsinstallation als Schutzschalter gegen Kontaktfehler. Dieser analysiert, neben seinem Schutz, Strom- und Spannungsverläufe mittels digitaler Signalverarbeitung und unterbricht Stromkreise bei Störsignaturen.  Umgangssprachlich wird der AFCI auch Brandschutzschalter genannt, da durch eigehende Signale Überhitzungen an schlechten Kontaktstellen oder bei Überschlägen zwischen zwei Leitern, Brände verhindert werden können. Zwei MPP-Tracker für optimale Solar-Erträge Mit der Maximum Power Point Tracker Technologie wird der bestmögliche Ertrag einer Solaranlage generiert. Der MPPT stellt dabei im Tagesverlauf das optimale Verhältnis zwischen Bestrahlungsstärke, Temperatur am Modul und Solarzellentyp fest. Durch die zwei MPP-Tracker im MID-Inverter kann der optimale Arbeitspunkt für die zwei PV-Stränge getrennt voneinander optimiert werden. Die beiden Tracker arbeiten unabhängig voneinander und so hätte z.B. eine Verschattung bei einem Strang keinen Einfluss auf den zweiten. Betriebs-Modi - Je nach System-Anforderungen konfigurierbar Arbeitsmodus: Wenn die Anforderungen für di Netzverbindung erfüllt sind - die Gleichstromspannung ist größer als 200V und die Netzspannung und -Frequenz liegen im zulässigen Bereich, wird der Wechselrichter die von den Solarpanelen erzeugte Gleichstromleistung in Wechselstromleistung umwandeln und sie mit der grünen LED-Anzeige ins Netz einspeisen. Wenn die Gleichstromspannung unter 160V fällt, wird der Wechselrichter automatisch von der Netzverbindung getrennt und den Betriebsmodus verlassen. Er wird automatisch in den Betriebsmodus zurückkehren und sich wieder mit dem Netz verbinden, sobald die Anforderungen erfüllt sind. Fehlermodus: Wenn eine unerwartete Situation auftritt, wie zum Beispiel ein Systemausfall oder ein Wechselrichterausfall, wird der Wechselrichter die Fehlermeldung auf den Bildschirm anzeigen. Im Fehlermodus wird die blattförmige Anzeige rot leuchten und der Wechselrichter wird vom netz getrennt. Abschaltmodus: Wenn die PV-Leistung unzureichend ist oder keine PV-Leistung erzeugt wird, wird der Wechselrichter automatisch heruntergefahren. Im Abschaltmodus verbraucht der Wechselrichter keine Energie aus dem netz oder den Solarpanelen und das Display, sowie die Anzeigen werden ausgeschaltet. AC&DC Typ II SPD AC- und DC-Typ II SPDs (Surge Protective Devices) schützen Netz-Inverter vor Überspannungen und sind eine wichtige Komponente für die Sicherheit und Zuverlässigkeit von Solaranlagen. AC-SPDs schützen die Wechselstromseite und DC-SPDs die Gleichstromseite des Inverters. Diese Schutzeinrichtungen leiten überschüssige Spannungsimpulse ab, die durch Blitzschläge, Schaltvorgänge im Stromnetz oder andere Ereignisse verursacht werden können. Zahlreiche Schutzfunktionen DC- / AC-Überspannungsableiter: Typ II DC-Verpolungsschutz und -Trennschalter Isolationswiderstandserkennung AC-Kurzschlussschutz Netz-, Fehlerstrom- und String-Überwachung Inselnetzerkennung AFCI-Schutz (Fehlerlichtbogenerkennung) Growatt Überwachungsplattform Durch die Verwendung des optionalen Zubehörs aus der Shine-Serie kann die Growatt Monitoring-Plattform genutzt werden. Diese ist sowohl als Smartphone-App für iOS und Android als auch als Webversion verfügbar. Das Shine-Zubehör muss separat erworben werden, die Nutzung der Plattform ist jedoch kostenlos. Mit Shine kannst du alle Ihre Growatt-Produkte konfigurieren und überwachen sowie deinen Eigenverbrauch und Trends anzeigen lassen. Mit der MID-XH-Serie sind folgende Shine-Optionen kompatibel: Shine WiFi-X ShineLan-X ShineLink-X Technische Daten Eingang (DC) Max. PV-Leistung: 26000W Max. Eingangsspannung: 1100V Start-Spannung: 200V Nennspannung: 600V MPPT-Spannungsbereich: 160-1000V Max. Eingangsstrom pro MPPT: 32A Max. Kurzschlussstrom pro MPPT: 40A Anzahl unabhängige MPPT: 2 Eingang (DC-Batterie) Kompatibel mit APX HV Batteriesystem Betriebsspannungsbereich: 600-980V Max. Betriebsstrom: 25A pro Anschluss Max. Ladeleistung: 15000W pro Anschluss Max. Entladeleistung: 13000W Ausgang (AC) AC-Nennleistung: 13000W Max. AC-Betriebsleistung: 14300VA AC-Nennspannungsbereich: 220V/380V, 230V/400V (340-44V0) Frequenzbereich: 50/60 Hz (45-55Hz/55-65Hz) Max. Ausgangsstrom: 21,7A Allgemein Max. Wirkungsgrad: 98,75% Abmessungen: 580 x 435 x 230 mm Gewicht: 31 kg Betriebstemperaturbereich: -25°C - +60°C Schutzklasse: IP66 Herstellergarantie: 10 Jahre Lieferumfang 1x Growatt MID 13KTL3-XH Hybrid-Wechselrichter

The Growatt mod 3ktl3-xh BP hybrid inverter (mpn mod 3ktl3-xh bp) is a 3-phase inverter that ensures simple and user-friendly operation of large Solarasystems thanks to its high output and compact size. The inverter is characterized by a high efficiency of 98.3 %, which makes it a powerful and flexible device when configuring a system. In addition to 2 independent mppt inputs and a maximum PV power of 6000w, the inverter also has an OLED touch display, which is a great advantage for simple and uncomplicated operation. Loads and batteries can also be connected. The apx battery system is compatible with this. Optionally, the mod-xh-BP series can be equipped with the SYN 50 xh 30 - backup boxto achieve off-grid operation. The mod-xh-BP series: 2 independent mppts Battery-ready, future-proof Type ii spd on dc and ac side Integrated afci function Support for export limitation OLED and touch button DC/AC ratio up to 2.0 Off-grid function possible with optional accessories Hybrid inverter In contrast to conventional inverters, hybrid inverters can not only feed the electricity generated by the Solarasystem into the power grid, but also store it in batteries. This means that solar power is also available when the sun is not shining. Another feature of hybrid inverters is their ability to optimize a household's electricity consumption by preferring to use the solar power directly in the household before it is fed into the grid. Active safety with afci function With an Arc Fault Circuit Interrupter is an arc fault protection device. It protects circuits in the event of arcing faults and acts as a circuit breaker against contact faults in low-voltage installations. I n addition to providing protection, it analyses current and voltage curves using digital signal processing and interrupts circuits in the event of fault signatures. The afci is also known colloquially as a fire protection switch, as overheating at poor contact points or flashovers between two conductors can be prevented by emitted signals. Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a Solarasystem. The mppt determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the mod inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. Operating modes - configurable according to system requirements Operating mode: The mod-xh-BP converts the DC power from PV strings into AC power and feeds this into the grid. As soon as the output power does not meet the requirements for grid-connected power generation, the normal operating mode is switched off. Fault mode: The inverter monitors and controls the status of the system in real time. If, for example, system or inverter errors occur, the display shows the error information and disconnects the inverter output from the grid. Switch-off mode: The inverter switches off automatically when solar radiation is weak or absent. AC&DC type ii spd AC and dc type ii spds (surge protective devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of Solarasystems. AC spds protect the AC side and dc spds protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Numerous protective functions dc / AC surge arrester: type ii dc reverse polarity protection and disconnector Insulation resistance detection AC short-circuit protection Mains, residual current and string monitoring Stand-alone grid detection afci protection (arc fault detection) Growatt monitoring platform (can be used with optional accessories) The Growatt monitoring platform can be used with the optional Shine series accessories. This is available as a smartphone app (for iOS and Android) and as a web version. The Shine accessories must be purchased separately, use of the platform is free of charge. you can configure and monitor all your Growatt products via Shine, and it is also possible to display self-consumption and trends. The following Shine options are compatible with the mod 3-15KTL3-X/xh series: ShineWiFi-X Shine4G-X ShineLan-X ShineLink-X Technical data Input (DC) Max. PV line: 6000W Max. Input voltage: 1100V Start voltage: 160V Rated voltage: 600V mppt-Spannungsbereich: 140-1000V Max. Input current per mppt: 16A Max. Short-circuit current per mppt: 20A Input (dc battery) Compatible with ark xh battery system Operating voltage range: 600-950V Max. Operating current: 11A Max. Charging power: 6000W Max. Discharge power: 3300W Output (AC) AC rated power: 3000W AC rated voltage range: 220v/380v, 230v/400v (340-44V0) Frequency range: 50/60 Hz (45-55Hz/55-65Hz) Max. Output current: 5A General Max. Efficiency: 98.3% Dimensions: 425 x 387 x 147 mm Weight: 12.5 kg Operating temperature range: -25°C - +60°C Protection class: IP66 Manufacturer's warranty: 5 years Scope of delivery 1x Growatt mod 3ktl3-xh-BP hybrid inverter

Der Growatt MID 25KTL3-XH Hybrid-Wechselrichter ist ein 3-phasiges Kraftpaket, der mit erstaunlicher Leistung und seiner vielseitigen Funktionen große Solaranlagen mühelos in Betrieb nimmt. Der Inverter zeichnet sich neben einem hohen Wirkungsgrad von 98,80% auch durch seine Kompaktheit und Benutzerfreundlichkeit aus. Das macht ihn zu einen treuen Partner bei der Konfiguration einer Anlage. Der Wechselrichter trumpft mit 3 unabhängigen MPPT-Eingängen auf und kann eine beeindruckende PV-Leistung von 50000W bewältigen. Für die Bedienung ist er mit einem OLED-Touch-Display ausgestattet, was für eine spielend leichte und unkomplizierte Steuerung sorgt. Darüber hinaus bietet der Inverter die Möglichkeit, Lasten und Batterien anzuschließen. Hierzu kompatibel ist das APX-Batteriesystem von Growatt. Optional kann die MID-XH - Serie mit der SYN 100 XH 30 - Backup-Box kombiniert werden, um einen Offgrid-Betrieb zu erreichen. Die MID-XH Serie: 3 unabhängige MPPTs Battery-ready, zukunftssicher Typ II SPD auf DC- und AC-Seite Integrierte AFCI-Funktion OLED, LED und Touch Taste DC/AC-Verhältnis bis zu 2,0 24h Eigenverbrauchs-Monitoring 10 Jahre Herstellergarantie Hybrid-Wechselrichter Im Gegensatz zu herkömmlichen Wechselrichtern können Hybrid-Wechselrichter den erzeugten Strom aus der Solaranlage nicht nur in das Stromnetz einspeisen, sondern auch in Batterien speichern. Dadurch wird der Solarstrom auch dann verfügbar, wenn die Sonne nicht scheint. Ein weiteres Merkmal von Hybrid-Wechselrichtern ist ihre Fähigkeit, den Stromverbrauch eines Haushalts zu optimieren, indem sie den Solarstrom bevorzugt direkt im Haushalt nutzen, bevor er ins Netz eingespeist wird.  Aktive Sicherheit mit AFCI-Funktion Bei einem Arc Fault Circuit Interrupter handelt es sich um eine Fehlerlichtbogen-Schutzeinrichtung. Sie schützt Stromkreise bei Störlichtbögen und agiert in der Niederspannungsinstallation als Schutzschalter gegen Kontaktfehler. Dieser analysiert, neben seinem Schutz, Strom- und Spannungsverläufe mittels digitaler Signalverarbeitung und unterbricht Stromkreise bei Störsignaturen.  Umgangssprachlich wird der AFCI auch Brandschutzschalter genannt, da durch eigehende Signale Überhitzungen an schlechten Kontaktstellen oder bei Überschlägen zwischen zwei Leitern, Brände verhindert werden können. Zwei MPP-Tracker für optimale Solar-Erträge Mit der Maximum Power Point Tracker Technologie wird der bestmögliche Ertrag einer Solaranlage generiert. Der MPPT stellt dabei im Tagesverlauf das optimale Verhältnis zwischen Bestrahlungsstärke, Temperatur am Modul und Solarzellentyp fest. Durch die zwei MPP-Tracker im MID-Inverter kann der optimale Arbeitspunkt für die zwei PV-Stränge getrennt voneinander optimiert werden. Die beiden Tracker arbeiten unabhängig voneinander und so hätte z.B. eine Verschattung bei einem Strang keinen Einfluss auf den zweiten. Betriebs-Modi - Je nach System-Anforderungen konfigurierbar Arbeitsmodus: Wenn die Anforderungen für di Netzverbindung erfüllt sind - die Gleichstromspannung ist größer als 200V und die Netzspannung und -Frequenz liegen im zulässigen Bereich, wird der Wechselrichter die von den Solarpanelen erzeugte Gleichstromleistung in Wechselstromleistung umwandeln und sie mit der grünen LED-Anzeige ins Netz einspeisen. Wenn die Gleichstromspannung unter 160V fällt, wird der Wechselrichter automatisch von der Netzverbindung getrennt und den Betriebsmodus verlassen. Er wird automatisch in den Betriebsmodus zurückkehren und sich wieder mit dem Netz verbinden, sobald die Anforderungen erfüllt sind. Fehlermodus: Wenn eine unerwartete Situation auftritt, wie zum Beispiel ein Systemausfall oder ein Wechselrichterausfall, wird der Wechselrichter die Fehlermeldung auf den Bildschirm anzeigen. Im Fehlermodus wird die blattförmige Anzeige rot leuchten und der Wechselrichter wird vom netz getrennt. Abschaltmodus: Wenn die PV-Leistung unzureichend ist oder keine PV-Leistung erzeugt wird, wird der Wechselrichter automatisch heruntergefahren. Im Abschaltmodus verbraucht der Wechselrichter keine Energie aus dem netz oder den Solarpanelen und das Display, sowie die Anzeigen werden ausgeschaltet. AC&DC Typ II SPD AC- und DC-Typ II SPDs (Surge Protective Devices) schützen Netz-Inverter vor Überspannungen und sind eine wichtige Komponente für die Sicherheit und Zuverlässigkeit von Solaranlagen. AC-SPDs schützen die Wechselstromseite und DC-SPDs die Gleichstromseite des Inverters. Diese Schutzeinrichtungen leiten überschüssige Spannungsimpulse ab, die durch Blitzschläge, Schaltvorgänge im Stromnetz oder andere Ereignisse verursacht werden können. Zahlreiche Schutzfunktionen DC- / AC-Überspannungsableiter: Typ II DC-Verpolungsschutz und -Trennschalter Isolationswiderstandserkennung AC-Kurzschlussschutz Netz-, Fehlerstrom- und String-Überwachung Inselnetzerkennung AFCI-Schutz (Fehlerlichtbogenerkennung) Growatt Überwachungsplattform Durch die Verwendung des optionalen Zubehörs aus der Shine-Serie kann die Growatt Monitoring-Plattform genutzt werden. Diese ist sowohl als Smartphone-App für iOS und Android als auch als Webversion verfügbar. Das Shine-Zubehör muss separat erworben werden, die Nutzung der Plattform ist jedoch kostenlos. Mit Shine kannst du alle Ihre Growatt-Produkte konfigurieren und überwachen sowie deinen Eigenverbrauch und Trends anzeigen lassen. Mit der MID-XH-Serie sind folgende Shine-Optionen kompatibel: Shine WiFi-X ShineLan-X ShineLink-X Technische Daten Eingang (DC) Max. PV-Leistung: 50000W Max. Eingangsspannung: 1100V Start-Spannung: 200V Nennspannung: 600V MPPT-Spannungsbereich: 160-1000V Max. Eingangsstrom pro MPPT: 32A Max. Kurzschlussstrom pro MPPT: 40A Anzahl unabhängige MPPT: 3 Eingang (DC-Batterie) Kompatibel mit APX HV Batteriesystem Betriebsspannungsbereich: 600-980V Max. Betriebsstrom: 25A pro Anschluss Max. Ladeleistung: 15000W pro Anschluss Max. Entladeleistung: 25000W Ausgang (AC) AC-Nennleistung: 25000W Max. AC-Betriebsleistung: 27500VA AC-Nennspannungsbereich: 220V/380V, 230V/400V (340-44V0) Frequenzbereich: 50/60 Hz (45-55Hz/55-65Hz) Max. Ausgangsstrom: 41,6A Allgemein Max. Wirkungsgrad: 98,80% Abmessungen: 580 x 435 x 230 mm Gewicht: 31 kg Betriebstemperaturbereich: -25°C - +60°C Schutzklasse: IP66 Herstellergarantie: 10 Jahre Lieferumfang 1x Growatt MID 25KTL3-XH Hybrid-Wechselrichter

The Growatt sph10000tl3 bh-up hybrid inverter is a state-of-the-art solution for solar projects. With intelligent load management, a wide battery voltage range of 100-550 v and a VPP interface, it offers flexibility and efficiency. The inverter supports Solarasystems with a total output of up to 15 kW and enables an uninterruptible power supply. With these features, the sph10kTL3 bh-up is the ideal solution for flexible and reliable Solarasystems. about the sph10kTL3 bh-up inverter 100% three-phase asymmetrical output Intelligent power control at phase level Wide battery voltage range 100-550 v UPS function (ups) with 10ms switching time VPP interface Scalable system configuration DC/AC type ii SPD DC/AC ratio up to 1.5 Two MPP trackers (Maximum Power Point) Supports lithium and lead-acid batteries Intelligent load control via dry contact Hybrid inverter In contrast to conventional inverters, hybrid inverters offer the option of not only feeding the solar power generated into the grid, but also storing it in batteries. This means that the stored solar power can be used even when the sun is not shining. Another function of hybrid inverters is to optimize a household's electricity consumption by preferring to use the solar power generated directly in the household before it is fed into the grid. This leads to a reduction in energy costs and less dependence on expensive grid electricity. Operating modes - configurable according to system requirements Online mode Different operating modes can be set for optimum system integration of the sph inverter. When entered directly on the device, a priority mode can only be set for one time period. When using the online platform, up to three time periods can be set for the priority mode (a chargeable accessory is required to use this function). Load first:With the standard "Load first" mode, the connected loads (consumers) are supplied with energy first. As soon as the PV energy is sufficient for the load, the surplus energy is fed into the battery. If the battery is fully charged or none is connected, the remaining energy is fed into the grid. Battery first:In this mode, the inverter first fully charges the battery with the maximum possible solar power. If the PV power is not sufficient, the grid charging function can also be activated. Grid first:In this mode, the PV energy generated is fed into the grid first. The on and off time of the mode can be set here, as well as the power rate. Backup mode: If there is no longer any mains voltage at the device, e.g. due to a short-term power failure or blackout, the Growatt sph automatically switches to backup mode. This ensures that the AC output is supplied via the EPS-LOAD connection. The required energy is only supplied via the Solarasystem and the battery. If the PV system also fails, the battery secures the AC supply until it is discharged. If required, the automatic switch to this mode can also be deactivated. Maximum Power Point Tracking By using Maximum Power Point Tracking (mppt) technology, a Solarasystem can achieve the optimum yield. The MIC inverter is equipped with mppt, which adjusts the optimum ratio of voltage and current throughout the day according to the solar radiation and the module temperature of the solar modules. With its wide mppt voltage range, many solar modules can be connected, enabling efficient energy generation. This advantage is particularly evident when the sky is partly cloudy and the light intensity is constantly changing. Intelligent load management The inverter's integrated smart load control enables precise and efficient control of energy consumption. By using a potential-free contact, electrical loads can be controlled intelligently and prioritized. This function enables automatic detection of energy requirements and optimum use of the available energy. Smart load management ensures optimum distribution of energy and thus contributes to efficient use. With intelligent load control via the dry contact, the inverter is able to optimize the energy flow and ensure efficient operation of your Solarasystem. Growatt monitoring platform By using the optional accessories of the Shine series, you can use the Growatt monitoring platform. This platform is available as a smartphone app for iOS and Android as well as a web version. The Shine accessories must be purchased separately, but use of the platform is free of charge. you can configure and monitor all your Growatt products via Shine, and it also allows you to view self-consumption and track trends. The following Shine options are compatible with the sph series: ShineWiFi-X ShineLink-X Shine4G-X ShineMaster Technical data Recommended module output: up to 15 kW Max. DC voltage: 1000V Starting voltage: 120 V mppt voltage range: 120-1000 V/600 V Battery voltage range: 100~550V Max. Charge/discharge current: 25 A Continuous charging/discharging power: 10 kW AC rated power: 10 kW Max. Apparent power: 10 kVA Max. AC output power: 10 kW Max. Output current: 15.2 A Nominal AC voltage range: 230/400 v (310~476 V) AC mains frequency range: 50/60 Hz (45Hz-55Hz/55Hz-65Hz) Enclosure rating: IP65 Manufacturer's warranty: 10 years Maximum efficiency of 98.2 Dimensions: 505 x 453 x 198 mm Weight: 30 kg Scope of delivery 1x Growatt sph10000tl3 bh-up inverter

The Growatt sph4000tl3 bh-up hybrid inverter is a state-of-the-art solution for solar projects. With intelligent load management, a wide battery voltage range of 100-550 v and a VPP interface, it offers flexibility and efficiency. The inverter supports Solarasystems with an output of up to 6000 w and enables an uninterruptible power supply. With these features, the sph4000tl3 bh-up is the ideal solution for flexible and reliable Solaranlagen. about the sph4000tl3 bh-up inverter 100% three-phase asymmetrical output Intelligent power control at phase level Wide battery voltage range 100-550 v UPS function (ups) with 10ms switching time VPP interface Scalable system configuration DC/AC type ii SPD DC/AC ratio up to 1.5 Two MPP trackers (Maximum Power Point) Supports lithium and lead-acid batteries Intelligent load control via dry contact Hybrid inverter In contrast to conventional inverters, hybrid inverters offer the option of not only feeding the solar power generated into the grid, but also storing it in batteries. This means that the stored solar power can be used even when the sun is not shining. Another function of hybrid inverters is to optimize a household's electricity consumption by preferring to use the solar power generated directly in the household before it is fed into the grid. This leads to a reduction in energy costs and less dependence on expensive grid electricity. Operating modes - configurable according to system requirements Online mode Different operating modes can be set for optimum system integration of the sph inverter. When entered directly on the device, a priority mode can only be set for one time period. When using the online platform, up to three time periods can be set for the priority mode (a chargeable accessory is required to use this function). Load first:With the standard "Load first" mode, the connected loads (consumers) are supplied with energy first. As soon as the PV energy is sufficient for the load, the surplus energy is fed into the battery. If the battery is fully charged or none is connected, the remaining energy is fed into the grid. Battery first:In this mode, the inverter first fully charges the battery with the maximum possible solar power. If the PV power is not sufficient, the grid charging function can also be activated. Grid first:In this mode, the PV energy generated is fed into the grid first. The on and off time of the mode can be set here, as well as the power rate. Backup mode: If there is no longer any mains voltage at the device, e.g. due to a short-term power failure or blackout, the Growatt sph automatically switches to backup mode. This ensures that the AC output is supplied via the EPS-LOAD connection. The required energy is only supplied via the Solarasystem and the battery. If the PV system also fails, the battery secures the AC supply until it is discharged. If required, the automatic switch to this mode can also be deactivated. Maximum Power Point Tracking By using Maximum Power Point Tracking (mppt) technology, a Solarasystem can achieve the optimum yield. The MIC inverter is equipped with mppt, which adjusts the optimum ratio of voltage and current throughout the day according to the solar radiation and the module temperature of the solar modules. With its wide mppt voltage range, many solar modules can be connected, enabling efficient energy generation. This advantage is particularly evident when the sky is partly cloudy and the light intensity is constantly changing. Intelligent load management The inverter's integrated smart load control enables precise and efficient control of energy consumption. By using a potential-free contact, electrical loads can be controlled intelligently and prioritized. This function enables automatic detection of energy requirements and optimum use of the available energy. Smart load management ensures optimum distribution of energy and thus contributes to efficient use. With intelligent load control via the dry contact, the inverter is able to optimize the energy flow and ensure efficient operation of your Solarasystem. Growatt monitoring platform By using the optional accessories of the Shine series, you can use the Growatt monitoring platform. This platform is available as a smartphone app for iOS and Android as well as a web version. The Shine accessories must be purchased separately, but use of the platform is free of charge. you can configure and monitor all your Growatt products via Shine, and it also allows you to view self-consumption and track trends. The following Shine options are compatible with the sph series: ShineWiFi-X ShineLink-X Shine4G-X ShineMaster Technical data Recommended module power: up to 6000 w Max. DC voltage: 1000V Starting voltage: 120 V mppt voltage range: 120-1000 V/600 V Battery voltage range: 100~550V Max. Charge/discharge current: 25 A Continuous charging/discharging power: 4000 W Rated AC power: 4000 W Max. Apparent power: 4000 VA Max. AC output power: 4000 W Max. Output current: 6.1 A Nominal AC voltage range: 230/400 v (310~476 V) AC mains frequency range: 50/60 Hz (45Hz-55Hz/55Hz-65Hz) Enclosure rating: IP65 Manufacturer's warranty: 10 years Maximum efficiency of 97.6 Dimensions: 505 x 453 x 198 mm Weight: 30 kg Scope of delivery 1x Growatt sph4000tl3 bh-up inverter

The Growatt sph5000tl3 bh-up hybrid inverter is a state-of-the-art solution for solar projects. With intelligent load management, a wide battery voltage range of 100-550 v and a VPP interface, it offers flexibility and efficiency. The inverter supports Solaranlagen with a total output of up to 7500 w and enables an uninterruptible power supply. With these features, the sph5000tl3 bh-up is the ideal solution for flexible and reliable Solaranlagen. about the sph5000tl3 bh-up inverter 100% three-phase asymmetrical output Intelligent power control at phase level Wide battery voltage range 100-550 v UPS function (ups) with 10ms switching time VPP interface Scalable system configuration DC/AC type ii SPD DC/AC ratio up to 1.5 Two MPP trackers (Maximum Power Point) Supports lithium and lead-acid batteries Hybrid inverter In contrast to conventional inverters, hybrid inverters offer the option of not only feeding the solar power generated into the grid, but also storing it in batteries. This means that the stored solar power can be used even when the sun is not shining. Another function of hybrid inverters is to optimize a household's electricity consumption by preferring to use the solar power generated directly in the household before it is fed into the grid. This leads to a reduction in energy costs and less dependence on expensive grid electricity. Operating modes - configurable according to system requirements Online mode Different operating modes can be set for optimum system integration of the sph inverter. When entered directly on the device, a priority mode can only be set for one time period. When using the online platform, up to three time periods can be set for the priority mode (a chargeable accessory is required to use this function). Load first:With the standard "Load first" mode, the connected loads (consumers) are supplied with energy first. As soon as the PV energy is sufficient for the load, the surplus energy is fed into the battery. If the battery is fully charged or none is connected, the remaining energy is fed into the grid. Battery first:In this mode, the inverter first fully charges the battery with the maximum possible solar power. If the PV power is not sufficient, the grid charging function can also be activated. Grid first:In this mode, the PV energy generated is fed into the grid first. The on and off time of the mode can be set here, as well as the power rate. Backup mode: If there is no longer any mains voltage at the device, e.g. due to a short-term power failure or blackout, the Growatt sph automatically switches to backup mode. This ensures that the AC output is supplied via the EPS-LOAD connection. The required energy is only supplied via the Solarasystem and the battery. If the PV system also fails, the battery secures the AC supply until it is discharged. If required, the automatic switch to this mode can also be deactivated. Maximum Power Point Tracking By using Maximum Power Point Tracking (mppt) technology, a Solarasystem can achieve the optimum yield. The MIC inverter is equipped with mppt, which adjusts the optimum ratio of voltage and current throughout the day according to the solar radiation and the module temperature of the solar modules. With its wide mppt voltage range, many solar modules can be connected, enabling efficient energy generation. This advantage is particularly evident when the sky is partly cloudy and the light intensity is constantly changing. Intelligent load management The inverter's integrated smart load control enables precise and efficient control of energy consumption. By using a potential-free contact, electrical loads can be controlled intelligently and prioritized. This function enables automatic detection of energy requirements and optimum use of the available energy. Smart load management ensures optimum distribution of energy and thus contributes to efficient use. With intelligent load control via the dry contact, the inverter is able to optimize the energy flow and ensure efficient operation of your Solarasystem. Growatt monitoring platform By using the optional accessories of the Shine series, you can use the Growatt monitoring platform. This platform is available as a smartphone app for iOS and Android as well as a web version. The Shine accessories must be purchased separately, but use of the platform is free of charge. you can configure and monitor all your Growatt products via Shine, and it also allows you to view self-consumption and track trends. The following Shine options are compatible with the sph series: ShineWiFi-X ShineLink-X Shine4G-X ShineMaster Technical data Recommended module power: up to 7500 w Max. DC voltage: 1000V Starting voltage: 120 V mppt voltage range: 120-1000 V/600 V Battery voltage range: 100~550V Max. Charge/discharge current: 25 A Continuous charging/discharging power: 5000 W AC rated power: 5000 W Max. Apparent power: 5000 VA Max. AC output power: 5000 W Max. Output current: 7.6 A Nominal AC voltage range: 230/400 v (310~476 V) AC mains frequency range: 50/60 Hz (45Hz-55Hz/55Hz-65Hz) Enclosure rating: IP65 Manufacturer's warranty: 10 years Maximum efficiency of 97.8 Dimensions: 505 x 453 x 198 mm Weight: 30 kg Scope of delivery 1x Growatt sph5000tl3 bh-up inverter

The Growatt mod 9ktl3-xh-bp hybrid inverter (mpn mod 9ktl3-xh-bp) is a 3-phase inverter that ensures simple and user-friendly operation of large Solarasystems thanks to its high output and compact size. The inverter is characterized by a high efficiency of 98.6%, which makes it a powerful and flexible device when configuring a system. In addition to 2 independent mppt inputs and a maximum PV power of 18000w, the inverter also has an OLED touch display, which is a great advantage for simple and uncomplicated operation. Loads and batteries can also be connected. The apx battery system is compatible with this. Optionally, the mod-xh-BP series can be equipped with the SYN 50 xh 30 - backup boxto achieve off-grid operation. The mod-xh-BP series: 2 independent mppts Battery-ready, future-proof Type ii spd on dc and ac side Integrated afci function Support for export limitation OLED and touch button DC/AC ratio up to 2.0 Off-grid function possible with optional accessories Hybrid inverter In contrast to conventional inverters, hybrid inverters can not only feed the electricity generated by the Solarasystem into the power grid, but also store it in batteries. This means that solar power is also available when the sun is not shining. Another feature of hybrid inverters is their ability to optimize a household's electricity consumption by preferring to use the solar power directly in the household before it is fed into the grid. Active safety with afci function With an Arc Fault Circuit Interrupter is an arc fault protection device. It protects circuits in the event of arcing faults and acts as a circuit breaker against contact faults in low-voltage installations. I n addition to providing protection, it analyses current and voltage curves using digital signal processing and interrupts circuits in the event of fault signatures. The afci is also known colloquially as a fire protection switch, as overheating at poor contact points or flashovers between two conductors can be prevented by emitted signals. Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a Solarasystem. The mppt determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the mod inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. Operating modes - configurable according to system requirements Working mode: The mod-xh converts the dc power from PV strings into AC power and feeds this into the grid. As soon as the output power does not meet the requirements for grid-connected power generation, the normal operating mode is switched off. Fault mode: The inverter monitors and controls the status of the system in real time. If, for example, system or inverter errors occur, the display shows the error information and disconnects the inverter output from the grid. Switch-off mode: The inverter switches off automatically when solar radiation is weak or absent. AC&DC type ii spd AC and dc type ii spds (surge protective devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of Solarasystems. AC spds protect the AC side and dc spds protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Numerous protective functions dc / AC surge arrester: type ii dc reverse polarity protection and disconnector Insulation resistance detection AC short-circuit protection Mains, residual current and string monitoring Stand-alone grid detection afci protection (arc fault detection) Growatt monitoring platform (can be used with optional accessories) The Growatt monitoring platform can be used with the optional Shine series accessories. This is available as a smartphone app (for iOS and Android) and as a web version. The Shine accessories must be purchased separately, use of the platform is free of charge. you can configure and monitor all your Growatt products via Shine, and it is also possible to display self-consumption and trends. The following Shine options are compatible with the mod 3-15KTL3-X/xh series: ShineWiFi-X Shine4G-X ShineLan-X ShineLink-X Technical data Input (DC) Max. PV line: 18000W Max. Input voltage: 1100V Start voltage: 160V Rated voltage: 600V mppt-Spannungsbereich: 140-1000V Max. Input current per mppt: 16A Max. Short-circuit current per mppt: 20A Input (dc battery) Compatible with ark xh battery system Operating voltage range: 600-950V Max. Operating current: 18.5A Max. Charging power: 10000W Max. Discharge power: 9900W Output (AC) AC rated power: 9000W AC rated voltage range: 220v/380v, 230v/400v (340-44V0) Frequency range: 50/60 Hz (45-55Hz/55-65Hz) Max. Output current: 15A General Max. Efficiency: 98.6% Dimensions: 425 x 387 x 178 mm Weight: 14 kg Operating temperature range: -25°C - +60°C Protection class: IP66 Manufacturer's warranty: 5 years Scope of delivery 1x Growatt mod 9ktl3-xh-bp hybrid inverter

The Growatt sph8000tl3 bh-up hybrid inverter is a state-of-the-art solution for solar projects. With intelligent load management, a wide battery voltage range of 100-550 v and a VPP interface, it offers flexibility and efficiency. The inverter supports Solarasystems with a total output of up to 12 kW and enables an uninterruptible power supply. With these features, the sph8000tl3 bh-up is the ideal solution for flexible and reliable Solarasystems. about the sph8000tl3 bh-up inverter 100% three-phase asymmetrical output Intelligent power control at phase level Wide battery voltage range 100-550 v UPS function (ups) with 10ms switching time VPP interface Scalable system configuration DC/AC type ii SPD DC/AC ratio up to 1.5 Two MPP trackers (Maximum Power Point) Supports lithium and lead-acid batteries Intelligent load control via dry contact Hybrid inverter In contrast to conventional inverters, hybrid inverters offer the option of not only feeding the solar power generated into the grid, but also storing it in batteries. This means that the stored solar power can be used even when the sun is not shining. Another function of hybrid inverters is to optimize a household's electricity consumption by preferring to use the solar power generated directly in the household before it is fed into the grid. This leads to a reduction in energy costs and less dependence on expensive grid electricity. Operating modes - configurable according to system requirements Online mode Different operating modes can be set for optimum system integration of the sph inverter. When entered directly on the device, a priority mode can only be set for one time period. When using the online platform, up to three time periods can be set for the priority mode (a chargeable accessory is required to use this function). Load first:With the standard "Load first" mode, the connected loads (consumers) are supplied with energy first. As soon as the PV energy is sufficient for the load, the surplus energy is fed into the battery. If the battery is fully charged or none is connected, the remaining energy is fed into the grid. Battery first:In this mode, the inverter first fully charges the battery with the maximum possible solar power. If the PV power is not sufficient, the grid charging function can also be activated. Grid first:In this mode, the PV energy generated is fed into the grid first. The on and off time of the mode can be set here, as well as the power rate. Backup mode: If there is no longer any mains voltage at the device, e.g. due to a short-term power failure or blackout, the Growatt sph automatically switches to backup mode. This ensures that the AC output is supplied via the EPS-LOAD connection. The required energy is only supplied via the Solarasystem and the battery. If the PV system also fails, the battery secures the AC supply until it is discharged. If required, the automatic switch to this mode can also be deactivated. Maximum Power Point Tracking By using Maximum Power Point Tracking (mppt) technology, a Solarasystem can achieve the optimum yield. The MIC inverter is equipped with mppt, which adjusts the optimum ratio of voltage and current throughout the day according to the solar radiation and the module temperature of the solar modules. With its wide mppt voltage range, many solar modules can be connected, enabling efficient energy generation. This advantage is particularly evident when the sky is partly cloudy and the light intensity is constantly changing. Intelligent load management The inverter's integrated smart load control enables precise and efficient control of energy consumption. By using a potential-free contact, electrical loads can be controlled intelligently and prioritized. This function enables automatic detection of energy requirements and optimum use of the available energy. Smart load management ensures optimum distribution of energy and thus contributes to efficient use. With intelligent load control via the dry contact, the inverter is able to optimize the energy flow and ensure efficient operation of your Solarasystem. Growatt monitoring platform By using the optional accessories of the Shine series, you can use the Growatt monitoring platform. This platform is available as a smartphone app for iOS and Android as well as a web version. The Shine accessories must be purchased separately, but use of the platform is free of charge. you can configure and monitor all your Growatt products via Shine, and it also allows you to view self-consumption and track trends. The following Shine options are compatible with the sph series: ShineWiFi-X ShineLink-X Shine4G-X ShineMaster Technical data Recommended module power: up to 12000 W Max. DC voltage: 1000V Starting voltage: 120 V mppt voltage range: 120-1000 V/600 V Battery voltage range: 100~550V Max. Charge/discharge current: 25 A Continuous charging/discharging power: 8000 W AC rated power: 8000 W Max. Apparent power: 8000 VA Max. AC output power: 8000 W Max. Output current: 12.1 A Nominal AC voltage range: 230/400 v (310~476 V) AC mains frequency range: 50/60 Hz (45Hz-55Hz/55Hz-65Hz) Enclosure rating: IP65 Manufacturer's warranty: 10 years Maximum efficiency of 98.2 Dimensions: 505 x 453 x 198 mm Weight: 30 kg Scope of delivery 1x Growatt sph8000tl3 bh-up inverter

The Growatt mid 30ktl3-xh hybrid inverter is a 3-phase powerhouse that effortlessly puts large Solaranlagen into operation with its amazing performance and versatile functions. In addition to a high efficiency of 98.80%, the inverter is also characterized by its compactness and user-friendliness. This makes it a loyal partner when configuring a system. The inverter boasts 3 independent mppt inputs and can handle an impressive PV output of 60000w. For operation, it is equipped with an OLED touch display, which ensures easy and uncomplicated control. The inverter also offers the option of connecting loads and batteries. The apx battery system from Growatt is compatible with this. Optionally, the mid-xh series can be equipped with the SYN 100 xh 30 backup boxto achieve off-grid operation. The mid-xh series: 3 independent mppts Battery-ready, future-proof Type ii spd on dc and ac side Integrated afci function OLED, LED and touch button DC/AC ratio up to 2.0 24h self-consumption monitoring 10-year manufacturer's warranty Hybrid inverter In contrast to conventional inverters, hybrid inverters can not only feed the electricity generated by the Solarasystem into the power grid, but also store it in batteries. This means that solar power is also available when the sun is not shining. Another feature of hybrid inverters is their ability to optimize a household's electricity consumption by preferring to use the solar power directly in the household before it is fed into the grid. Active safety with afci function With an Arc Fault Circuit Interrupter is an arc fault protection device. It protects circuits in the event of arcing faults and acts as a circuit breaker against contact faults in low-voltage installations. I n addition to providing protection, it analyses current and voltage curves using digital signal processing and interrupts circuits in the event of fault signatures. afci is also known colloquially as a fire protection switch, as overheating at poor contact points or flashovers between two conductors can be prevented by emitted signals. Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a Solarasystem. The mppt determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the mid-Inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. Operating modes - configurable according to system requirements Working mode: When the grid connection requirements are met - the DC voltage is greater than 200v and the grid voltage and frequency are within the permissible range, the inverter will convert the DC power generated by the solar panels into AC power and feed it into the grid with the green LED indicator. If the DC voltage drops below 160v, the inverter will automatically disconnect from the grid and exit operating mode. It will automatically return to operating mode and reconnect to the grid as soon as the requirements are met. Fault mode: If an unexpected situation occurs, such as a system failure or an inverter failure, the inverter will display the error message on the screen. In error mode, the leaf-shaped indicator will light up red and the inverter will be disconnected from the grid. Shutdown mode: If the PV power is insufficient or no PV power is generated, the inverter will automatically shut down. In shutdown mode, the inverter does not consume any energy from the grid or the solar panels and the display and indicators are switched off. AC&DC type ii spd AC and dc type ii spds (Surge Protective Devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of Solarasystems. AC spds protect the AC side and dc spds protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Numerous protective functions dc / AC surge arrester: type ii dc reverse polarity protection and disconnector Insulation resistance detection AC short-circuit protection Mains, residual current and string monitoring Stand-alone grid detection afci protection (arc fault detection) Growatt monitoring platform The Growatt monitoring platform can be used by using the optional accessories from the Shine series. This is available both as a smartphone app for iOS and Android and as a web version. The Shine accessories must be purchased separately, but use of the platform is free of charge. With Shine, you can configure and monitor all your Growatt products and view your own consumption and trends. The following Shine options are compatible with the mid-xh series: Shine WiFi-X ShineLan-X ShineLink-X Technical data Input (DC) Max. PV power: 60000w Max. Input voltage: 1100V Start voltage: 200v Rated voltage: 600V mppt-Spannungsbereich: 160-1000V Max. Input current per mppt: 32A Max. Short-circuit current per mppt: 40A Number of independent mppt: 3 Input (dc battery) Compatible with apx hv battery system Operating voltage range: 600-980V Max. Operating current: 25a per connection Max. Charging power: 15000w per connection Max. Discharging power: 30000W Output (AC) AC rated power: 30000W Max. AC operating power: 30000VA Nominal AC voltage range: 220v/380v, 230v/400v (340-44V0) Frequency range: 50/60 Hz (45-55Hz/55-65Hz) Max. Output current: 45.5A General Max. Efficiency: 98.80% Dimensions: 580 x 435 x 230 mm Weight: 31 kg Operating temperature range: -25°C - +60°C Protection class: IP66 Manufacturer's warranty: 10 years Scope of delivery 1x Growatt mid 30ktl3-xh hybrid inverter

Der Growatt MID 12KTL3-XH Hybrid-Wechselrichter ist ein 3-phasiges Kraftpaket, der mit erstaunlicher Leistung und seiner vielseitigen Funktionen große Solaranlagen mühelos in Betrieb nimmt. Der Inverter zeichnet sich neben einem hohen Wirkungsgrad von 98,75% auch durch seine Kompaktheit und Benutzerfreundlichkeit aus. Das macht ihn zu einen treuen Partner bei der Konfiguration einer Anlage. Der Wechselrichter trumpft mit 2 unabhängigen MPPT-Eingängen auf und kann eine beeindruckende PV-Leistung von 24000W bewältigen. Für die Bedienung ist er mit einem OLED-Touch-Display ausgestattet, was für eine spielend leichte und unkomplizierte Steuerung sorgt. Darüber hinaus bietet der Inverter die Möglichkeit, Lasten und Batterien anzuschließen. Hierzu kompatibel ist das APX-Batteriesystem von Growatt. Optional kann die MID-XH - Serie mit der SYN 100 XH 30 - Backup-Box kombiniert werden, um einen Offgrid-Betrieb zu erreichen. Die MID-XH Serie: 2 unabhängige MPPTs Battery-ready, zukunftssicher Typ II SPD auf DC- und AC-Seite Integrierte AFCI-Funktion OLED, LED und Touch Taste DC/AC-Verhältnis bis zu 2,0 24h Eigenverbrauchs-Monitoring 10 Jahre Herstellergarantie Hybrid-Wechselrichter Im Gegensatz zu herkömmlichen Wechselrichtern können Hybrid-Wechselrichter den erzeugten Strom aus der Solaranlage nicht nur in das Stromnetz einspeisen, sondern auch in Batterien speichern. Dadurch wird der Solarstrom auch dann verfügbar, wenn die Sonne nicht scheint. Ein weiteres Merkmal von Hybrid-Wechselrichtern ist ihre Fähigkeit, den Stromverbrauch eines Haushalts zu optimieren, indem sie den Solarstrom bevorzugt direkt im Haushalt nutzen, bevor er ins Netz eingespeist wird.  Aktive Sicherheit mit AFCI-Funktion Bei einem Arc Fault Circuit Interrupter handelt es sich um eine Fehlerlichtbogen-Schutzeinrichtung. Sie schützt Stromkreise bei Störlichtbögen und agiert in der Niederspannungsinstallation als Schutzschalter gegen Kontaktfehler. Dieser analysiert, neben seinem Schutz, Strom- und Spannungsverläufe mittels digitaler Signalverarbeitung und unterbricht Stromkreise bei Störsignaturen.  Umgangssprachlich wird der AFCI auch Brandschutzschalter genannt, da durch eigehende Signale Überhitzungen an schlechten Kontaktstellen oder bei Überschlägen zwischen zwei Leitern, Brände verhindert werden können. Zwei MPP-Tracker für optimale Solar-Erträge Mit der Maximum Power Point Tracker Technologie wird der bestmögliche Ertrag einer Solaranlage generiert. Der MPPT stellt dabei im Tagesverlauf das optimale Verhältnis zwischen Bestrahlungsstärke, Temperatur am Modul und Solarzellentyp fest. Durch die zwei MPP-Tracker im MID-Inverter kann der optimale Arbeitspunkt für die zwei PV-Stränge getrennt voneinander optimiert werden. Die beiden Tracker arbeiten unabhängig voneinander und so hätte z.B. eine Verschattung bei einem Strang keinen Einfluss auf den zweiten. Betriebs-Modi - Je nach System-Anforderungen konfigurierbar Arbeitsmodus: Wenn die Anforderungen für di Netzverbindung erfüllt sind - die Gleichstromspannung ist größer als 200V und die Netzspannung und -Frequenz liegen im zulässigen Bereich, wird der Wechselrichter die von den Solarpanelen erzeugte Gleichstromleistung in Wechselstromleistung umwandeln und sie mit der grünen LED-Anzeige ins Netz einspeisen. Wenn die Gleichstromspannung unter 160V fällt, wird der Wechselrichter automatisch von der Netzverbindung getrennt und den Betriebsmodus verlassen. Er wird automatisch in den Betriebsmodus zurückkehren und sich wieder mit dem Netz verbinden, sobald die Anforderungen erfüllt sind. Fehlermodus: Wenn eine unerwartete Situation auftritt, wie zum Beispiel ein Systemausfall oder ein Wechselrichterausfall, wird der Wechselrichter die Fehlermeldung auf den Bildschirm anzeigen. Im Fehlermodus wird die blattförmige Anzeige rot leuchten und der Wechselrichter wird vom netz getrennt. Abschaltmodus: Wenn die PV-Leistung unzureichend ist oder keine PV-Leistung erzeugt wird, wird der Wechselrichter automatisch heruntergefahren. Im Abschaltmodus verbraucht der Wechselrichter keine Energie aus dem netz oder den Solarpanelen und das Display, sowie die Anzeigen werden ausgeschaltet. AC&DC Typ II SPD AC- und DC-Typ II SPDs (Surge Protective Devices) schützen Netz-Inverter vor Überspannungen und sind eine wichtige Komponente für die Sicherheit und Zuverlässigkeit von Solaranlagen. AC-SPDs schützen die Wechselstromseite und DC-SPDs die Gleichstromseite des Inverters. Diese Schutzeinrichtungen leiten überschüssige Spannungsimpulse ab, die durch Blitzschläge, Schaltvorgänge im Stromnetz oder andere Ereignisse verursacht werden können. Zahlreiche Schutzfunktionen DC- / AC-Überspannungsableiter: Typ II DC-Verpolungsschutz und -Trennschalter Isolationswiderstandserkennung AC-Kurzschlussschutz Netz-, Fehlerstrom- und String-Überwachung Inselnetzerkennung AFCI-Schutz (Fehlerlichtbogenerkennung) Growatt Überwachungsplattform Durch die Verwendung des optionalen Zubehörs aus der Shine-Serie kann die Growatt Monitoring-Plattform genutzt werden. Diese ist sowohl als Smartphone-App für iOS und Android als auch als Webversion verfügbar. Das Shine-Zubehör muss separat erworben werden, die Nutzung der Plattform ist jedoch kostenlos. Mit Shine kannst du alle Ihre Growatt-Produkte konfigurieren und überwachen sowie deinen Eigenverbrauch und Trends anzeigen lassen. Mit der MID-XH-Serie sind folgende Shine-Optionen kompatibel: Shine WiFi-X ShineLan-X ShineLink-X Technische Daten Eingang (DC) Max. PV-Leistung: 24000W Max. Eingangsspannung: 1100V Start-Spannung: 200V Nennspannung: 600V MPPT-Spannungsbereich: 160-1000V Max. Eingangsstrom pro MPPT: 32A Max. Kurzschlussstrom pro MPPT: 40A Anzahl unabhängige MPPT: 2 Eingang (DC-Batterie) Kompatibel mit APX HV Batteriesystem Betriebsspannungsbereich: 600-980V Max. Betriebsstrom: 25A pro Anschluss Max. Ladeleistung: 15000W pro Anschluss Max. Entladeleistung: 12000W Ausgang (AC) AC-Nennleistung: 12000W Max. AC-Betriebsleistung: 13200VA AC-Nennspannungsbereich: 220V/380V, 230V/400V (340-44V0) Frequenzbereich: 50/60 Hz (45-55Hz/55-65Hz) Max. Ausgangsstrom: 20A Allgemein Max. Wirkungsgrad: 98,75% Abmessungen: 580 x 435 x 230 mm Gewicht: 31 kg Betriebstemperaturbereich: -25°C - +60°C Schutzklasse: IP66 Herstellergarantie: 10 Jahre Lieferumfang 1x Growatt MID 12KTL3-XH Hybrid-Wechselrichter

The HMT-1800-6T from Hoymiles is the perfect three-phase micro inverter for your balcony power plant. The compact lightweight (only 5.5kg) is suitable for solar power production with up to 6 solar panels with an output of 405W each. Just like all other micro inverters from Hoymiles, it is suitable for long operating hours and wide PV panel application, as its start-up is very low (only 22V) and the DC input range of the operating voltage (16-60V) is extremely wide. Information on required and optional accessories can be found at the end of the description. Note: The HMT Inverter may only be connected to the mains by an electrician. Properties Minimisation of the effects of e.g. shading, dust or ageing due to MPPT. High-quality energy generation with high MPPT accuracy Optional: system monitoring via the smartphone app S-Miles Enduser or the S-Miles Cloud (data transmission unit DTU-PRO-S is required) Optimum system reliability Peak efficiency of 96.5 12-year product guarantee High level of safety due to integrated protection functions Easy installation Long service life Complies with VDE-R-N 4105: 2018 & EN50549-1:2019 Optimum reliability Micro-inverter systems are inherently more reliable than conventional inverters. The decentralised design of a microinverter system ensures that the entire PV system will not fail in the event of a malfunction. Hoymiles microinverters are designed to operate at full power in ambient temperatures up to +65°C (150°F). The micro-inverter housing is designed for outdoor installation and complies with protection class IP67. Simple structure PV systems with Hoymiles microinverters are very easy to plan and install. Up to 6 solar modules can be connected per model. You do not need to install cumbersome conventional inverters. Each microinverter can be quickly mounted on the PV mounting rack or directly under the PV module. The PV module is connected to the microinverter directly on site, eliminating the risk of people being exposed to dangerously high DC voltage. Technical data Recommended module power: up to 405W (per module) Maximum input voltage: 60V MPPT voltage range: 16-60V Switch-on voltage: 22V Maximum input current: 6x11.5A Mains connection: Three-phase Rated output power (VA): 1800 Rated output current: 2.61 x 3 Rated output voltage / range: 230 V/AC/400 V/AC, 3W+N+PE Rated frequency / range (Hz): 50/45-55 or 60/55-65 Power factor (adjustable): >0.99 standard 0.8 leading ... 0.8 lagging Distortion factor: <3 Maximum units per 10 AWG strand2: 11 Maximum units per 12 AWG strand2: 7 CEC peak efficiency: 96.5 MPPT rated efficiency: 99.8 Power consumption at night (mW): <50 Ambient temperature range: -40~+65°C Dimensions (WxHxD): 330 x 250 x 35 mm Weight: 5.5 kg (including 0.6 m AC cable)Housing rating: IP67 Required HMT accessories You need a T-node with cable for each HMT microinverter.For each HMT microinverter system (one inverter or more), an end cap and an unlocking aid are required at least once.Optionally, a disconnection aid can also be ordered. Scope of delivery 1x Hoymiles HMT-1800-6T micro inverter r

Der Growatt MID 11KTL3-XH Hybrid-Wechselrichter ist ein 3-phasiges Kraftpaket, der mit erstaunlicher Leistung und seiner vielseitigen Funktionen große Solaranlagen mühelos in Betrieb nimmt. Der Inverter zeichnet sich neben einem hohen Wirkungsgrad von 98,75% auch durch seine Kompaktheit und Benutzerfreundlichkeit aus. Das macht ihn zu einen treuen Partner bei der Konfiguration einer Anlage. Der Wechselrichter trumpft mit 2 unabhängigen MPPT-Eingängen auf und kann eine beeindruckende PV-Leistung von 22000W bewältigen. Für die Bedienung ist er mit einem OLED-Touch-Display ausgestattet, was für eine spielend leichte und unkomplizierte Steuerung sorgt. Darüber hinaus bietet der Inverter die Möglichkeit, Lasten und Batterien anzuschließen. Hierzu kompatibel ist das APX-Batteriesystem von Growatt. Optional kann die MID-XH - Serie mit der SYN 100 XH 30 - Backup-Box kombiniert werden, um einen Offgrid-Betrieb zu erreichen. Die MID-XH Serie: 2 unabhängige MPPTs Battery-ready, zukunftssicher Typ II SPD auf DC- und AC-Seite Integrierte AFCI-Funktion OLED, LED und Touch Taste DC/AC-Verhältnis bis zu 2,0 24h Eigenverbrauchs-Monitoring 10 Jahre Herstellergarantie Hybrid-Wechselrichter Im Gegensatz zu herkömmlichen Wechselrichtern können Hybrid-Wechselrichter den erzeugten Strom aus der Solaranlage nicht nur in das Stromnetz einspeisen, sondern auch in Batterien speichern. Dadurch wird der Solarstrom auch dann verfügbar, wenn die Sonne nicht scheint. Ein weiteres Merkmal von Hybrid-Wechselrichtern ist ihre Fähigkeit, den Stromverbrauch eines Haushalts zu optimieren, indem sie den Solarstrom bevorzugt direkt im Haushalt nutzen, bevor er ins Netz eingespeist wird.  Aktive Sicherheit mit AFCI-Funktion Bei einem Arc Fault Circuit Interrupter handelt es sich um eine Fehlerlichtbogen-Schutzeinrichtung. Sie schützt Stromkreise bei Störlichtbögen und agiert in der Niederspannungsinstallation als Schutzschalter gegen Kontaktfehler. Dieser analysiert, neben seinem Schutz, Strom- und Spannungsverläufe mittels digitaler Signalverarbeitung und unterbricht Stromkreise bei Störsignaturen.  Umgangssprachlich wird der AFCI auch Brandschutzschalter genannt, da durch eigehende Signale Überhitzungen an schlechten Kontaktstellen oder bei Überschlägen zwischen zwei Leitern, Brände verhindert werden können. Zwei MPP-Tracker für optimale Solar-Erträge Mit der Maximum Power Point Tracker Technologie wird der bestmögliche Ertrag einer Solaranlage generiert. Der MPPT stellt dabei im Tagesverlauf das optimale Verhältnis zwischen Bestrahlungsstärke, Temperatur am Modul und Solarzellentyp fest. Durch die zwei MPP-Tracker im MID-Inverter kann der optimale Arbeitspunkt für die zwei PV-Stränge getrennt voneinander optimiert werden. Die beiden Tracker arbeiten unabhängig voneinander und so hätte z.B. eine Verschattung bei einem Strang keinen Einfluss auf den zweiten. Betriebs-Modi - Je nach System-Anforderungen konfigurierbar Arbeitsmodus: Wenn die Anforderungen für di Netzverbindung erfüllt sind - die Gleichstromspannung ist größer als 200V und die Netzspannung und -Frequenz liegen im zulässigen Bereich, wird der Wechselrichter die von den Solarpanelen erzeugte Gleichstromleistung in Wechselstromleistung umwandeln und sie mit der grünen LED-Anzeige ins Netz einspeisen. Wenn die Gleichstromspannung unter 160V fällt, wird der Wechselrichter automatisch von der Netzverbindung getrennt und den Betriebsmodus verlassen. Er wird automatisch in den Betriebsmodus zurückkehren und sich wieder mit dem Netz verbinden, sobald die Anforderungen erfüllt sind. Fehlermodus: Wenn eine unerwartete Situation auftritt, wie zum Beispiel ein Systemausfall oder ein Wechselrichterausfall, wird der Wechselrichter die Fehlermeldung auf den Bildschirm anzeigen. Im Fehlermodus wird die blattförmige Anzeige rot leuchten und der Wechselrichter wird vom netz getrennt. Abschaltmodus: Wenn die PV-Leistung unzureichend ist oder keine PV-Leistung erzeugt wird, wird der Wechselrichter automatisch heruntergefahren. Im Abschaltmodus verbraucht der Wechselrichter keine Energie aus dem netz oder den Solarpanelen und das Display, sowie die Anzeigen werden ausgeschaltet. AC&DC Typ II SPD AC- und DC-Typ II SPDs (Surge Protective Devices) schützen Netz-Inverter vor Überspannungen und sind eine wichtige Komponente für die Sicherheit und Zuverlässigkeit von Solaranlagen. AC-SPDs schützen die Wechselstromseite und DC-SPDs die Gleichstromseite des Inverters. Diese Schutzeinrichtungen leiten überschüssige Spannungsimpulse ab, die durch Blitzschläge, Schaltvorgänge im Stromnetz oder andere Ereignisse verursacht werden können. Zahlreiche Schutzfunktionen DC- / AC-Überspannungsableiter: Typ II DC-Verpolungsschutz und -Trennschalter Isolationswiderstandserkennung AC-Kurzschlussschutz Netz-, Fehlerstrom- und String-Überwachung Inselnetzerkennung AFCI-Schutz (Fehlerlichtbogenerkennung) Growatt Überwachungsplattform Durch die Verwendung des optionalen Zubehörs aus der Shine-Serie kann die Growatt Monitoring-Plattform genutzt werden. Diese ist sowohl als Smartphone-App für iOS und Android als auch als Webversion verfügbar. Das Shine-Zubehör muss separat erworben werden, die Nutzung der Plattform ist jedoch kostenlos. Mit Shine kannst du alle Ihre Growatt-Produkte konfigurieren und überwachen sowie deinen Eigenverbrauch und Trends anzeigen lassen. Mit der MID-XH-Serie sind folgende Shine-Optionen kompatibel: Shine WiFi-X ShineLan-X ShineLink-X Technische Daten Eingang (DC) Max. PV-Leistung: 22000W Max. Eingangsspannung: 1100V Start-Spannung: 200V Nennspannung: 600V MPPT-Spannungsbereich: 160-1000V Max. Eingangsstrom pro MPPT: 32A Max. Kurzschlussstrom pro MPPT: 40A Anzahl unabhängige MPPT: 2 Eingang (DC-Batterie) Kompatibel mit APX HV Batteriesystem Betriebsspannungsbereich: 600-980V Max. Betriebsstrom: 25A pro Anschluss Max. Ladeleistung: 15000W pro Anschluss Max. Entladeleistung: 11000W Ausgang (AC) AC-Nennleistung: 11000W Max. AC-Betriebsleistung: 12100VA AC-Nennspannungsbereich: 220V/380V, 230V/400V (340-440V) Frequenzbereich: 50/60 Hz (45-55Hz/55-65Hz) Max. Ausgangsstrom: 18,3A Allgemein Max. Wirkungsgrad: 98,75% Abmessungen: 580 x 435 x 230 mm Gewicht: 31 kg Betriebstemperaturbereich: -25°C - +60°C Schutzklasse: IP66 Herstellergarantie: 10 Jahre Lieferumfang 1x Growatt MID 11KTL3-XH Hybrid-Wechselrichter

The compact hybrid inverter min 3000tl-xh fromGrowatt(MPN: min 3000-xh) is ideal for anyone who values future-proofing combined with low investment costs. With its two MPP trackers and numerous protection functions, the single-phase PV inverter ensures optimum energy yield. Thanks to a battery interface, the device can be expanded into a storage system in no time at all. It is also possible to limit the grid feed-in thanks to the export limitation. Battery-compatible, future-proof The XH series represents the latest generation of intelligent grid-connected inverters for use in private households and is characterized by its high level of adaptability. With its integrated battery interface, it enables effortless expansion to a storage system in the future without the need for additional devices or retrofitting costs. In addition, the XH series offers double the performance to meet the requirements. Introducing the Growatt min-XH Two MPP trackers 1-phase Type ii spd on the DC side max. efficiency 98.2% AFCI function optional Touch button and OLED display 24h self-consumption monitoring compatible with the ark 2.5h-a1 battery with BDC as BMS Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a Solarasystem. The mppt determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the MOD inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. AC&DC type ii spd AC and DC type ii spds (surge protective devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of Solarasystems. AC spds protect the AC side and DC spds protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Arc Fault Circuit Interrupter (AFCI technology) This process was developed to prevent fires caused by arcing in incorrectly installed or damaged PV modules, connectors or cables. To minimize this risk, Growatt offers an optional arc detection system that provides greater safety and protection for your PV system. The technology can be used to detect and interrupt potential fire hazards. Monitoring with the Shine series Use the Growatt monitoring platform with the optional Shine series accessories! The platform is available as a free smartphone app for iOS and Android and can also be accessed via the web version. The accessories must be purchased separately. With the help of Shine, all Growatt products can be configured and monitored, and self-consumption and trends can be displayed. The following Shine options are compatible with the MID series: ShineWiFi-X ShineLink-X Shine4G-X ShineLan-X Technical data max. PV power (stc): 6000W max. input voltage: 500V nominal DC voltage: 360V MPP voltage range: 70V-500V Number of independent MPP trackers: 2 Number of strings per MPP tracker: 1 max. input current per MPP tracker: 13.5A max. short-circuit current per MPP tracker: 16.9A Operating voltage range: 360-500v (DC battery) AC rated power: 3000W AC rated voltage: 230V AC mains frequency: 50/60 Hz max. efficiency 98.2% max. output current: 13.6 A Protection class: IP65 Operating temperature range: -25°C - +60°C Dimensions: 375 x 350 x 160 mm Weight: 10.8 kg Scope of delivery: 1x Growatt min 3000tl-xh hybrid inverter

The Growatt mod 4ktl3-xh-bp hybrid inverter (mpn mod 4ktl3-xh-bp) is a 3-phase inverter that ensures simple and user-friendly operation of large Solarasystems thanks to its high output and compact size. The inverter is characterized by a high efficiency of 98.3 %, which makes it a powerful and flexible device when configuring a system. In addition to 2 independent mppt inputs and a maximum PV output of 8000w, the inverter also has an OLED touch display, which is a great advantage for simple and uncomplicated operation. Loads and batteries can also be connected. The APX battery system is compatible with this. Optionally, the mod-xh-BP series can be equipped with the SYN 50 xh 30 - backup boxto achieve off-grid operation. The mod-xh-BP series: 2 independent mppts Battery-ready, future-proof Type ii spd on dc and ac side Integrated afci function Support for export limitation OLED and touch button DC/AC ratio up to 2.0 Off-grid function possible with optional accessories Hybrid inverter In contrast to conventional inverters, hybrid inverters can not only feed the electricity generated by the Solarasystem into the power grid, but also store it in batteries. This means that solar power is also available when the sun is not shining. Another feature of hybrid inverters is their ability to optimize a household's electricity consumption by preferring to use the solar power directly in the household before it is fed into the grid. Active safety with afci function With an Arc Fault Circuit Interrupter is an arc fault protection device. It protects circuits in the event of arcing faults and acts as a circuit breaker against contact faults in low-voltage installations. I n addition to providing protection, it analyses current and voltage curves using digital signal processing and interrupts circuits in the event of fault signatures. The afci is also known colloquially as a fire protection switch, as overheating at poor contact points or flashovers between two conductors can be prevented by emitted signals. Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a Solarasystem. The mppt determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the mod inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. Operating modes - configurable according to system requirements Working mode: The mod-xh converts the dc power from PV strings into AC power and feeds this into the grid. As soon as the output power does not meet the requirements for grid-connected power generation, the normal operating mode is switched off. Fault mode: The inverter monitors and controls the status of the system in real time. If, for example, system or inverter errors occur, the display shows the error information and disconnects the inverter output from the grid. Switch-off mode: The inverter switches off automatically when solar radiation is weak or absent. AC&DC type ii spd AC and dc type ii spds (surge protective devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of Solarasystems. AC spds protect the AC side and dc spds protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Numerous protective functions dc / AC surge arrester: type ii dc reverse polarity protection and disconnector Insulation resistance detection AC short-circuit protection Mains, residual current and string monitoring Stand-alone grid detection afci protection (arc fault detection) Growatt monitoring platform (can be used with optional accessories) The Growatt monitoring platform can be used with the optional Shine series accessories. This is available as a smartphone app (for iOS and Android) and as a web version. The Shine accessories must be purchased separately, use of the platform is free of charge. you can configure and monitor all your Growatt products via Shine, and it is also possible to display self-consumption and trends. The following Shine options are compatible with the mod 3-15KTL3-X/xh series: ShineWiFi-X Shine4G-X ShineLan-X ShineLink-X Technical data Input (DC) Max. PV line: 8000W Max. Input voltage: 1100V Start voltage: 160V Rated voltage: 600V mppt-Spannungsbereich: 140-1000V Max. Input current per mppt: 16A Max. Short-circuit current per mppt: 20A Input (dc battery) Compatible with ark xh battery system Operating voltage range: 600-950V Max. Operating current: 11A Max. Charging power: 6000W Max. Discharge power: 4400W Output (AC) AC rated power: 4000W AC rated voltage range: 220v/380v, 230v/400v (340-44V0) Frequency range: 50/60 Hz (45-55Hz/55-65Hz) Max. Output current: 6.7A General Max. Efficiency: 98.3% Dimensions: 425 x 387 x 147 mm Weight: 12.5 kg Operating temperature range: -25°C - +60°C Protection class: IP66 Manufacturer's warranty: 5 years Scope of delivery 1x Growatt mod 4ktl3-xh-bp hybrid inverter

The HMT-1800-6T from Hoymiles is the perfect three-phase micro inverter for your balcony power plant. The compact lightweight (only 5.5kg) is suitable for solar power production with up to 6 solar panels with an output of 405W each. Just like all other micro inverters from Hoymiles, it is suitable for long operating hours and wide PV panel application, as its start-up is very low (only 22V) and the DC input range of the operating voltage (16-60V) is extremely wide. Information on required and optional accessories can be found at the end of the description. Note: The HMT Inverter may only be connected to the mains by an electrician. Properties Minimisation of the effects of e.g. shading, dust or ageing due to MPPT. High-quality energy generation with high MPPT accuracy Optional: system monitoring via the smartphone app S-Miles Enduser or the S-Miles Cloud (data transmission unit DTU-PRO-S is required) Optimum system reliability Peak efficiency of 96.5 12-year product guarantee High level of safety due to integrated protection functions Easy installation Long service life Complies with VDE-R-N 4105: 2018 & EN50549-1:2019 Optimum reliability Micro-inverter systems are inherently more reliable than conventional inverters. The decentralised design of a microinverter system ensures that the entire PV system will not fail in the event of a malfunction. Hoymiles microinverters are designed to operate at full power in ambient temperatures up to +65°C (150°F). The micro-inverter housing is designed for outdoor installation and complies with protection class IP67. Simple structure PV systems with Hoymiles microinverters are very easy to plan and install. Up to 6 solar modules can be connected per model. You do not need to install cumbersome conventional inverters. Each microinverter can be quickly mounted on the PV mounting rack or directly under the PV module. The PV module is connected to the microinverter directly on site, eliminating the risk of people being exposed to dangerously high DC voltage. Technical data Recommended module power: up to 405W (per module) Maximum input voltage: 60V MPPT voltage range: 16-60V Switch-on voltage: 22V Maximum input current: 6x11.5A Mains connection: Three-phase Rated output power (VA): 1800 Rated output current: 2.61 x 3 Rated output voltage / range: 230 V/AC/400 V/AC, 3W+N+PE Rated frequency / range (Hz): 50/45-55 or 60/55-65 Power factor (adjustable): >0.99 standard 0.8 leading ... 0.8 lagging Distortion factor: <3 Maximum units per 10 AWG strand2: 11 Maximum units per 12 AWG strand2: 7 CEC peak efficiency: 96.5 MPPT rated efficiency: 99.8 Power consumption at night (mW): <50 Ambient temperature range: -40~+65°C Dimensions (WxHxD): 330 x 250 x 35 mm Weight: 5.5 kg (including 0.6 m AC cable)Housing rating: IP67 Required HMT accessories You need a T-node with cable for each HMT microinverter.For each HMT microinverter system (one inverter or more), an end cap and an unlocking aid are required at least once.Optionally, a disconnection aid can also be ordered. Scope of delivery 1x Hoymiles HMT-1800-6T micro inverter r

The Growatt sph6000tl3 bh-up hybrid inverter is a state-of-the-art solution for solar projects. With intelligent load management, a wide battery voltage range of 100-550 v and a VPP interface, it offers flexibility and efficiency. The inverter supports Solarasystems with a total output of up to 9000 w and enables an uninterruptible power supply. With these features, the sph6000tl3 bh-up is the ideal solution for flexible and reliable Solaranlagen. about the sph6000tl3 bh-up inverter 100% three-phase asymmetrical output Intelligent power control at phase level Wide battery voltage range 100-550 v UPS function (ups) with 10ms switching time VPP interface Scalable system configuration DC/AC type ii SPD DC/AC ratio up to 1.5 Two MPP trackers (Maximum Power Point) Supports lithium and lead-acid batteries Intelligent load control via dry contact Hybrid inverter In contrast to conventional inverters, hybrid inverters offer the option of not only feeding the solar power generated into the grid, but also storing it in batteries. This means that the stored solar power can be used even when the sun is not shining. Another function of hybrid inverters is to optimize a household's electricity consumption by preferring to use the solar power generated directly in the household before it is fed into the grid. This leads to a reduction in energy costs and less dependence on expensive grid electricity. Operating modes - configurable according to system requirements Online mode Different operating modes can be set for optimum system integration of the sph inverter. When entered directly on the device, a priority mode can only be set for one time period. When using the online platform, up to three time periods can be set for the priority mode (a chargeable accessory is required to use this function). Load first:With the standard "Load first" mode, the connected loads (consumers) are supplied with energy first. As soon as the PV energy is sufficient for the load, the surplus energy is fed into the battery. If the battery is fully charged or none is connected, the remaining energy is fed into the grid. Battery first:In this mode, the inverter first fully charges the battery with the maximum possible solar power. If the PV power is not sufficient, the grid charging function can also be activated. Grid first:In this mode, the PV energy generated is fed into the grid first. The on and off time of the mode can be set here, as well as the power rate. Backup mode: If there is no longer any mains voltage at the device, e.g. due to a short-term power failure or blackout, the Growatt sph automatically switches to backup mode. This ensures that the AC output is supplied via the EPS-LOAD connection. The required energy is only supplied via the Solarasystem and the battery. If the PV system also fails, the battery secures the AC supply until it is discharged. If required, the automatic switch to this mode can also be deactivated. Maximum Power Point Tracking By using Maximum Power Point Tracking (mppt) technology, a Solarasystem can achieve the optimum yield. The MIC inverter is equipped with mppt, which adjusts the optimum ratio of voltage and current throughout the day according to the solar radiation and the module temperature of the solar modules. With its wide mppt voltage range, many solar modules can be connected, enabling efficient energy generation. This advantage is particularly evident when the sky is partly cloudy and the light intensity is constantly changing. Intelligent load management The inverter's integrated smart load control enables precise and efficient control of energy consumption. By using a potential-free contact, electrical loads can be controlled intelligently and prioritized. This function enables automatic detection of energy requirements and optimum use of the available energy. Smart load management ensures optimum distribution of energy and thus contributes to efficient use. With intelligent load control via the dry contact, the inverter is able to optimize the energy flow and ensure efficient operation of your Solarasystem. Growatt monitoring platform By using the optional accessories of the Shine series, you can use the Growatt monitoring platform. This platform is available as a smartphone app for iOS and Android as well as a web version. The Shine accessories must be purchased separately, but use of the platform is free of charge. you can configure and monitor all your Growatt products via Shine, and it also allows you to view self-consumption and track trends. The following Shine options are compatible with the sph series: ShineWiFi-X ShineLink-X Shine4G-X ShineMaster Technical data Recommended module power: up to 9000 w Max. DC voltage: 1000V Starting voltage: 120 V mppt voltage range: 120-1000 V/600 V Battery voltage range: 100~550V Max. Charge/discharge current: 25 A Continuous charging/discharging power: 6000 W AC rated power: 6000 W Max. Apparent power: 6000 VA Max. AC output power: 6000 W Max. Output current: 9.1 A Nominal AC voltage range: 230/400 v (310~476 V) AC mains frequency range: 50/60 Hz (45Hz-55Hz/55Hz-65Hz) Enclosure rating: IP65 Manufacturer's warranty: 10 years Maximum efficiency of 98.0 Dimensions: 505 x 453 x 198 mm Weight: 30 kg Scope of delivery 1x Growatt sph5000TL3 bh-up inverter

The Growatt sph7000tl3 bh-up hybrid inverter is a state-of-the-art solution for solar projects. With intelligent load management, a wide battery voltage range of 100-550 v and a VPP interface, it offers flexibility and efficiency. The inverter supports Solarasystems with a total output of up to 10.5 kW and enables an uninterruptible power supply. With these features, the sph7000tl3 bh-up is the ideal solution for flexible and reliable Solaranlagen. about the sph7000tl3 bh-up inverter 100% three-phase asymmetrical output Intelligent power control at phase level Wide battery voltage range 100-550 v UPS function (ups) with 10ms switching time VPP interface Scalable system configuration DC/AC type ii SPD DC/AC ratio up to 1.5 Two MPP trackers (Maximum Power Point) Supports lithium and lead-acid batteries Intelligent load control via dry contact Hybrid inverter In contrast to conventional inverters, hybrid inverters offer the option of not only feeding the solar power generated into the grid, but also storing it in batteries. This means that the stored solar power can be used even when the sun is not shining. Another function of hybrid inverters is to optimize a household's electricity consumption by preferring to use the solar power generated directly in the household before it is fed into the grid. This leads to a reduction in energy costs and less dependence on expensive grid electricity. Operating modes - configurable according to system requirements Online mode Different operating modes can be set for optimum system integration of the sph inverter. When entered directly on the device, a priority mode can only be set for one time period. When using the online platform, up to three time periods can be set for the priority mode (a chargeable accessory is required to use this function). Load first:With the standard "Load first" mode, the connected loads (consumers) are supplied with energy first. As soon as the PV energy is sufficient for the load, the surplus energy is fed into the battery. If the battery is fully charged or none is connected, the remaining energy is fed into the grid. Battery first:In this mode, the inverter first fully charges the battery with the maximum possible solar power. If the PV power is not sufficient, the grid charging function can also be activated. Grid first:In this mode, the PV energy generated is fed into the grid first. The on and off time of the mode can be set here, as well as the power rate. Backup mode: If there is no longer any mains voltage at the device, e.g. due to a short-term power failure or blackout, the Growatt sph automatically switches to backup mode. This ensures that the AC output is supplied via the EPS-LOAD connection. The required energy is only supplied via the Solarasystem and the battery. If the PV system also fails, the battery secures the AC supply until it is discharged. If required, the automatic switch to this mode can also be deactivated. Maximum Power Point Tracking By using Maximum Power Point Tracking (mppt) technology, a Solarasystem can achieve the optimum yield. The MIC inverter is equipped with mppt, which adjusts the optimum ratio of voltage and current throughout the day according to the solar radiation and the module temperature of the solar modules. With its wide mppt voltage range, many solar modules can be connected, enabling efficient energy generation. This advantage is particularly evident when the sky is partly cloudy and the light intensity is constantly changing. Intelligent load management The inverter's integrated smart load control enables precise and efficient control of energy consumption. By using a potential-free contact, electrical loads can be controlled intelligently and prioritized. This function enables automatic detection of energy requirements and optimum use of the available energy. Smart load management ensures optimum distribution of energy and thus contributes to efficient use. With intelligent load control via the dry contact, the inverter is able to optimize the energy flow and ensure efficient operation of your Solarasystem. Growatt monitoring platform By using the optional accessories of the Shine series, you can use the Growatt monitoring platform. This platform is available as a smartphone app for iOS and Android as well as a web version. The Shine accessories must be purchased separately, but use of the platform is free of charge. you can configure and monitor all your Growatt products via Shine, and it also allows you to view self-consumption and track trends. The following Shine options are compatible with the sph series: ShineWiFi-X ShineLink-X Shine4G-X ShineMaster Technical data Recommended module output: up to 10.5 kW Max. DC voltage: 1000V Starting voltage: 120 V mppt voltage range: 120-1000 V/600 V Battery voltage range: 100~550V Max. Charge/discharge current: 25 A Continuous charging/discharging power: 7000 W Rated AC power: 7000 W Max. Apparent power: 7000 VA Max. AC output power: 7000 W Max. Output current: 10.6 A Nominal AC voltage range: 230/400 v (310~476 V) AC mains frequency range: 50/60 Hz (45Hz-55Hz/55Hz-65Hz) Enclosure rating: IP65 Manufacturer's warranty: 10 years Maximum efficiency of 98.2 Dimensions: 505 x 453 x 198 mm Weight: 30 kg Scope of delivery 1x Growatt sph7000tl3 bh-up inverter

The compact hybrid inverter min 4200tl-xh fromGrowatt(MPN: min 4200-xh) is ideal for anyone who values future-proofing combined with low investment costs. With its two MPP trackers and numerous protection functions, the single-phase PV inverter ensures optimum energy yield. Thanks to a battery interface, the device can be expanded into a storage system in no time at all. It is also possible to limit the grid feed-in thanks to the export limitation. Battery-compatible, future-proof The XH series represents the latest generation of intelligent grid-connected inverters for use in private households and is characterized by its high level of adaptability. With its integrated battery interface, it enables effortless expansion to a storage system in the future without the need for additional devices or retrofitting costs. In addition, the XH series offers double the performance to meet the requirements. Introducing the Growatt min-XH Two MPP trackers 1-phase Type ii spd on the DC side max. efficiency 98.4% AFCI function optional Touch button and OLED display 24h self-consumption monitoring compatible with the ark 2.5h-a1 battery with BDC as BMS Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a Solarasystem. The mppt determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the MOD inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. AC&DC type ii spd AC and DC type ii spds (surge protective devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of Solarasystems. AC spds protect the AC side and DC spds protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Arc Fault Circuit Interrupter (AFCI technology) This process was developed to prevent fires caused by arcing in incorrectly installed or damaged PV modules, connectors or cables. To minimize this risk, Growatt offers an optional arc detection system that provides greater safety and protection for your PV system. The technology can be used to detect and interrupt potential fire hazards. Monitoring with the Shine series Use the Growatt monitoring platform with the optional Shine series accessories! The platform is available as a free smartphone app for iOS and Android and can also be accessed via the web version. The accessories must be purchased separately. With the help of Shine, all Growatt products can be configured and monitored, and self-consumption and trends can be displayed. The following Shine options are compatible with the MID series: ShineWiFi-X ShineLink-X Shine4G-X ShineLan-X Technical data max. PV power (stc): 8400W max. input voltage: 550V nominal DC voltage: 360V MPP voltage range: 70V-550V Number of independent MPP trackers: 2 Number of strings per MPP tracker: 1 max. input current per MPP tracker: 13.5A max. short-circuit current per MPP tracker: 16.9A Operating voltage range: 360-500v (DC battery) AC rated power: 4200W AC nominal voltage: 230V AC mains frequency: 50/60 Hz max. efficiency 98.4% max. output current: 19 A Protection class: IP65 Operating temperature range: -25°C - +60°C Dimensions: 375 x 350 x 160 mm Weight: 10.8 kg Scope of delivery: 1x Growatt min 4200 tl-xh hybrid inverter

The Growatt mod 5ktl3-xh-bp hybrid inverter (mpn mod 5ktl3-xh-bp) is a 3-phase inverter that ensures simple and user-friendly operation of large Solarasystems thanks to its high output and compact size. The inverter is characterized by a high efficiency of 98.3 %, which makes it a powerful and flexible device when configuring a system. In addition to 2 independent mppt inputs and a maximum PV power of 10000w, the inverter also has an OLED touch display, which is a great advantage for simple and uncomplicated operation. Loads and batteries can also be connected. The apx battery system is compatible with this. Optionally, the mod-xh-BP series can be equipped with the SYN 50 xh 30 - backup boxto achieve off-grid operation. The mod-xh-BP series: 2 independent mppts Battery-ready, future-proof Type ii spd on dc and ac side Integrated afci function Support for export limitation OLED and touch button DC/AC ratio up to 2.0 Off-grid function possible with optional accessories Hybrid inverter In contrast to conventional inverters, hybrid inverters can not only feed the electricity generated by the Solarasystem into the power grid, but also store it in batteries. This means that solar power is also available when the sun is not shining. Another feature of hybrid inverters is their ability to optimize a household's electricity consumption by preferring to use the solar power directly in the household before it is fed into the grid. Active safety with afci function With an Arc Fault Circuit Interrupter is an arc fault protection device. It protects circuits in the event of arcing faults and acts as a circuit breaker against contact faults in low-voltage installations. I n addition to providing protection, it analyses current and voltage curves using digital signal processing and interrupts circuits in the event of fault signatures. The afci is also known colloquially as a fire protection switch, as overheating at poor contact points or flashovers between two conductors can be prevented by emitted signals. Two MPP trackers for optimum solar yields Maximum Power Point Tracker technology is used to generate the best possible yield from a Solarasystem. The mppt determines the optimum ratio between irradiance, module temperature and solar cell type over the course of the day. The two MPP trackers in the mod inverter allow the optimum operating point for the two PV strings to be optimized separately. The two trackers work independently of each other and so, for example, shading on one string would have no effect on the second. Operating modes - configurable according to system requirements Working mode: The mod-xh converts the dc power from PV strings into AC power and feeds this into the grid. As soon as the output power does not meet the requirements for grid-connected power generation, the normal operating mode is switched off. Fault mode: The inverter monitors and controls the status of the system in real time. If, for example, system or inverter errors occur, the display shows the error information and disconnects the inverter output from the grid. Switch-off mode: The inverter switches off automatically when solar radiation is weak or absent. AC&DC type ii spd AC and dc type ii spds (surge protective devices) protect grid inverters from overvoltages and are an important component for the safety and reliability of Solarasystems. AC spds protect the AC side and dc spds protect the DC side of the inverter. These protective devices discharge excess voltage pulses that can be caused by lightning strikes, switching operations in the power grid or other events. Numerous protective functions dc / AC surge arrester: type ii dc reverse polarity protection and disconnector Insulation resistance detection AC short-circuit protection Mains, residual current and string monitoring Stand-alone grid detection afci protection (arc fault detection) Growatt monitoring platform (can be used with optional accessories) The Growatt monitoring platform can be used with the optional Shine series accessories. This is available as a smartphone app (for iOS and Android) and as a web version. The Shine accessories must be purchased separately, use of the platform is free of charge. you can configure and monitor all your Growatt products via Shine, and it is also possible to display self-consumption and trends. The following Shine options are compatible with the mod 3-15KTL3-X/xh series: ShineWiFi-X Shine4G-X ShineLan-X ShineLink-X Technical data Input (DC) Max. PV line: 10000W Max. Input voltage: 1100V Start voltage: 160V Rated voltage: 600V mppt-Spannungsbereich: 140-1000V Max. Input current per mppt: 16A Max. Short-circuit current per mppt: 20A Input (dc battery) Compatible with ark xh battery system Operating voltage range: 600-950V Max. Operating current: 11A Max. Charging power: 6000W Max. Discharge power: 5500W Output (AC) AC rated power: 5000W AC rated voltage range: 220v/380v, 230v/400v (340-44V0) Frequency range: 50/60 Hz (45-55Hz/55-65Hz) Max. Output current: 8.3A General Max. Efficiency: 98.3% Dimensions: 425 x 387 x 147 mm Weight: 12.5 kg Operating temperature range: -25°C - +60°C Protection class: IP66 Manufacturer's warranty: 5 years Scope of delivery 1x Growatt mod 5ktl3-xh-bp hybrid inverter