Offgridtec® SolarFlow 1.92 kWh storage tank 860w hms-800w-2t balcony power station with Schuko connection - 5m connection cable - tiled roof installation set
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This complete balcony power plant system from Offgridtec contains two bifacial 430W Luxen Solar Full Black modules and the matching and compact HMS-800W-2T micro inverter from Hoymiles. The system also includes 2-4x AB1000S auxiliary batteries, each with a capacity of 960Wh and extensive protection functions, and a PV Power Hub as an interface from Zendure. To connect the entire system together, a 5 metre connection cable is available, which is very easy to install using the plug and play principle. You can easily use everything for mounting on the balcony railing or roof, as all the necessary components are already included in the scope of delivery. Our support team will be happy to help and advise you on customised installation options for the modules.
The complete balcony power station system contains
- 2x Luxen Solar 430w n5 Mono Bifacial Full Black solar module
- 1x Hoymiles hms-800w-2t micro inverter
- 2-4x Zendure SolarFlow ab1000s expansion battery (selectable)
- 1x Zendure SolarFlow Smart pv Hub 1200w mppt
- 1xHoymiles HMS connection cable Field Connector Plug&Play (5m)
- Optionally selectable: Mounting package for Balcony railing - Flat roof - Plain tile roof - Tiled roof - Corrugated hernite and sheet metal roof (The respective sets contain suitable 1.20 m long profile rails for the balcony power station)
How does a balcony power station work?
Ideally, the inverter is attached directly to the substructure of the solar module and connected to the solar connector on the solar module. The system is connected with the 5m connection cable and routed directly to the appropriate socket. No special settings are required to use the solar power generated in the domestic power grid. If electricity is already available from local sources, the appliances in the household use this first and then supplement with mains power if required. The set therefore offers you an excellent opportunity to generate part of your required household electricity yourself and thus significantly reduce your overall expenditure on electricity.
The bifacial Luxen Solar 430w Full Black solar module
The monocrystalline and bifacial 430w Full Black Series n5 solar module from Luxen Solar (mpn lnvb-430nd) impresses with a combination of different technologies, such as N-TOPCon cell technology and a 108 half-cell layout. The smbb half-cut cell technology was also used in production to increase performance. The state-of-the-art solar module represents the pinnacle of solar technology, offering impressive power output and low LCOE.
- N-TOPCon cell technology
- smbb Half-Cut cell technology
- Low bos & LCOE
- Bifacial cell module technology
- excellent anti-PID and low lid performance
- 3 bypass diodes
- 30-year performance guarantee and 15-year product guarantee
- high cell efficiency of over 22%
Technical data
- maximum power: 430w
- Module voltage (Vmp): 32.04V
- max. current (Imp): 13.42A
- Open circuit voltage (Voc): 38.96V
- Short-circuit current (Isc): 14.13A
- Module efficiency: 22.02%
- Dimensions: 1722 x 1134 x 30 mm
- Operating temperature range: -40°C to +85°C
- Cells: 108 (6x18)
- Protection class IP68
- max. operating voltage: 1500v DC
- Weight: 23,5kg
hms-800w-2t micro inverter with integrated WiFi
The hms-800w-2t (mpn: hms-800w-2t) fromHoymiles is the perfect micro inverter for a balcony power plant. In addition to the integrated WiFi module in Industry+ quality to be mentioned here, the compact lightweight (only 3.2kg) is ideal for solar power production with up to two solar panels with an output of 320 to 540+w each. Just like all other micro inverters from Hoymiles, it is suitable for long operating hours and wide pv module applications, as its starting voltage is very low (only 22v) and the DC input range of the operating voltage (16-60V) is extremely wide.
Features
- Integrated WiFi module
- Minimization of the effects of e.g. shading, dust or ageing by mppt
- High-quality energy generation with high mppt accuracy
- Optimum system reliability
- Peak efficiency of 96.7%
- 12-year product guarantee
- High level of safety thanks to integrated protective functions
- Simple installation
- Long service life
- Complies with vde-ar-n 4105: 2018, en 50549-1: 2019, vfr 2019, IEC/en 62109-1/-2, IEC/en 61000-6-1/-2/-3/-4, IEC/en 61000-3-2/-3
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. Thanks to the two MPP trackers in the hms-800w-2t, the optimum operating point for the two pv strings can 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.
Simple design
pv systems with Hoymiles microinverters are very easy to plan. You do not need to install cumbersome conventional inverters. Each microinverter can be quickly mounted on the pv mounting frame or directly under the pv module. The pv module is connected directly to the microinverter on site, eliminating the risk of people being exposed to dangerously high DC voltage.
Technical data
- Recommended module power: up to 320w - 540+W (per module)
- mppt voltage range: 16-60V
- Switch-on voltage: 22V
- Maximum input voltage: 65V
- Maximum input current: 2*14A
- Maximum input short-circuit current: 2*25A
- Rated output power: 800VA
- Rated output current: 3.48A
- Nominal output voltage/range: 230v / 180-275V
- CEC peak efficiency: 96.70%
- Ambient temperature range: -40 - +65°C
- Storage temperature range: -40°C - +85°C
- Dimensions (WxHxD): 261 x 180 x 35.1 mm
- Weight: 3.2 kg
- Housing classification: IP67
- Number of mppt`s: 2
AB1000S expansion battery
The AB1000S from Zendure is a LiFePO4 expansion battery of the latest generation that stores excess energy generated by your balcony power station. You can expect a wide range of new technologies and protective functions.
Important features
- Industry-first aerosol fire suppression system
- Anti-thermal runaway technology
- Intelligent AC overcharge protection
- Battery balancing technology
- Automatic self-heating function
- Aluminium unibody housing - IP65
- Advanced battery management system
- Total capacity of 3,840Wh possible (modular expansion)
- Monitoring and control via app possible
- TÜV Rheinland-, CE-, EMC²-certified
All technologies at a glance
Aerosol fire suppression system: Prevents the formation of flames in the battery without generating harmful gases. With this advanced technology, you can fully rely on the safety and protection of your solar system.
Anti-thermal runaway technology: The AB1000S ensures that your energy storage system always maintains the optimum temperature at all times. This prevents accidents caused by overheating and fires.
Intelligent AC overcharge protection: If the solar radiation is insufficient, the system automatically switches to mains power. This smooth transition prevents over-discharging and ensures that your batteries last longer.
Battery balancing technology: It prioritises the charging of low-capacity battery cells, prevents both over-discharging and over-charging and ensures balanced charging and discharging of all cells.
Automatic self-heating function: Powerful and durable even in extreme cold. The system uses solar energy to heat the storage unit at low temperatures so that they can be charged without any problems.
Technical data
- Max. Output power: 1200W
- Max. Input power: 960W
- Max. Input current per connection: 16.6A
- Rated output current: 25A
- Capacity: 960Wh/ 48V
- Max. Extension capacity: 4 x 960Wh = 3840Wh
- Charging temperature discharge: 0°C - +55°C
- Temperature range: -20°C - +60°C
- Automatic self-heating function: -20°C - 0°C
- 3000 cycles (DOD≥80%)
- 6000 cycles (DOD≥70%)
- Protection class: IP65
- Weight: 11.5 kg
- Dimensions: 350 x 200 x 186.5 mm
Smart pv Hub
The Smart pv Hub from Zendure (mpn ZDSpvH1200) is the interface between your balcony power plant and the LiFePO4 storage units of the SolarFlow system. With the SolarFlow, Zendure is one of the first to offer the option of combining a balcony power station with a storage option. The energy generated is stored in batteries after the consumers have been supplied and can therefore also be used at night or when there is little sunshine.
Important features
- Dual mppt pv input - 400w per tracker
- IP65 waterproof protection
- monitoring and control via app possible
- 10-year manufacturer's warranty
- Simple integration
- TÜV Rheinland certified (id 1111272000)
- Waterproof protection
Technical data pv-PowerHub
- Recommended input power pv modules: 210-550w (per tracker)
- DC input voltage: 16 - 60V
- Max. DC short-circuit current: 14.3 A
- Number of MPP trackers: 2
- Max. Input current: 25 A
- Nominal voltage: 48 V
- Protection class; IP65
- Communication: Bluetooth, 2.4 Ghz WLAN
- Weight: 4.7 kg
- Dimensions: 363 x 246 x 64 mm
Optional mounting systems
The Offgridtec balcony power stations are available with or without mounting sets. Mounting sets are available for:
- Balcony railings: with matching C-hooks
- Flat roof: Inclination angle 10° - 60°
- Plain tile roof: with plain tile roof hooks
- Tiled roof: with 3-way adjustable roof hooks
- Corrugated hernite and sheet metal roof: with stainless steel hanger bolt
Balcony power plants in Germany
There is currently no law or regulation in Germany governing the generation of solar power for purely domestic use. The maximum limit of 600w ac pv power is a reserve value which, according to the current VDE standard, can be fed into an existing socket circuit of a house without overloading it. Nothing is described for independent circuits without additional load.
Every electrical installation should be VDE-compliant. However, operating a balcony power station via the standard earthed socket is not prohibited. Registration with the Federal Network Agency is mandatory. However, there are no known cases of fines for non-registration of balcony power stations or insurmountable problems with network operators. Compliance with and implementation of standards and obligations is the responsibility of the system operator. A great deal of technical and legal information can already be found on relevant websites.