Assembled, 2m long Ethernet cable ip65 from AEconversion (16-05-500236-1), for interconnection of AEconversion micro inverters. In systems that are to be monitored and analyzed by means of rs485 communication network and corresponding data loggers. The Ethernet cable is supplied plug & play, so it is ready to use immediately, without you having to use any tools yourself Features of the AEconversion 2m Ethernet cable rs485 for AEconversion systems based on rs485 to connect the Micro-Inverters with each other 2m ethernet cable ip65 Scope of delivery: 1x AEconversion 16-05-500236-1 2m Ethernet cable ip65 for rs485 communication ports 1x user manual

The rj45 / rs485 termination plug from AEconversion (mpn 14-05-500422-1) is required if you want to use the rs485 communication ports on the micro inverters from AEconversion. The unused rs485 port must be equipped with this termination plug Using the rs485 termination plug rj45 IP67 When connecting 1 Micro-Inverter to a monitoring device, the unused communication port must be populated with the termination plug to close the network. Otherwise the rs385 system will not work The same applies if you want to operate several Micro-Inverters on one communication line. In this case all Micro-Inverters are connected to each other and the last Inverter has a free rs486 port. This would then also have to be assigned with the termination plug Scope of delivery: 1x AEconversion 14-05-500422-1 rj45 / rs485 termination plug 1x user manual

The lcd digital a.c meter from AEconversion (mpn 11-05-500427-1) is a kWh meter for easy mounting on a DIN rail. This kWh meter belongs to the highest accuracy class 1. Mounting is done on a DIN rail, as it can be found in any sub-distribution or meter cabinet. Installation width: 1 te. LED pulse display Ü1 ideal to count the current fed from our mini PV systems very simple and fast mounting Data display via LED pulse display Notes: This component should only be installed by a professionally qualified person. Scope of delivery: 1x AEconversion 11-05-500427-1 lcd digitalAC-meter 1x instruction manual

The web-based data logger aedl-lan from AEconversion (11-05-500363-1) enables convenient and comprehensive system monitoring. By means of an Ethernet connection, the data of the PV system can be retrieved via an integrated web server on the PC and is displayed via a standard Internet browser. The performance of the individual inverters can be checked at any time Performance features of the aedl-lan integrated web server with web interface for easy data evaluation usb interface for data backup recommended for monitoring and analysis use in powerline configurations or rs485 systems avoids yield losses by early problem detection and fast localization of the problem easy configuration and display of current measured values serve an lc display and four capacitive buttons Technology of the web data logger The AEconversion data logger aedl-lan can record and store measured values from external measuring transducers via three rs485 interfaces. Furthermore, the data logger has an Ethernet interface for configuration via the integrated web server, as well as a memory extension and a connection of sensors or extensions. An lc display and four touch fields are used for easy configuration and display of the current measured values If micro inverters with rs485 communication are used, the aedl-lan data logger can be connected directly to the inverters. For micro inverters with powerline communication, the aedl-lan data logger is connected to the additional powerline gateway other technical features Product details Memory: Data memory 1gb (optional 2 ... 4Gb) Measurement memory rhythm: 1 seconds - 24 hours Operating voltage: 10 ... 36 vdc external Power consumption: approx. 1w without expansion module Display: lc- display 128 x 32 pixel Housing material: plastic Protection class: ip 20 according to din 40 050-9/5.93 Dimensions (l/w/h): 107 x 90 x 60 mm Connection interfaces 3x RS-485 1x Ethernet 8x digital inputs 1x usb- host Scope of delivery: 1x AEconversion 11-05-500363-1aedl-lan web data logger 1x user manual

Der RJ45-Steckverbinder VS-08-RJ45-5-Q/ IP67-BK von AEconversion (MPN 51-05-500008-1) wird benötigt um ein RS485 Kommunikations-Netz aufzubauen. Es können sowohl die Inverter untereinander verbunden werden, als auch der Inverter mit dem mit einem entsprechenden Überwachungsgerät wie dem AEDL-LAN Datenlogger oder der AEDL-UH Version, beide ebenfalls von AEconversion. Eigenschaften des RJ45-Steckverbinder VS-08-RJ45-5-Q/IP67-BK RJ45 Steckverbinder (IP67, CAT5e, 8-polig) zur Verbindung der Inverter mit Kabel untereinander 8-polig, mit QUICKON-Schnellanschlusstechnik für 1-drähtige und 7-drähtige Adern, AWG 26- 22 für Kabeldurchmesser 5,0 mm - 8,0 mm zur Verbindung der Micro-Inverter untereinander oder zum Anschluss eines Micro-Inverters an ein kompatibles System-Überwachungsgerät Lieferumfang: 1x AEconversion 51-05-500008-1 RJ45-Steckverbinder VS-08-RJ45-5-Q/ IP67-BK

The modern co3 control system from AEconversion (mpn 11-05-500389-1) was developed to optimize self-consumption in photovoltaic systems. co stands for "Self-Consumption-Optimizer" and the 3, for the 3 main functions integrated in the controller: Self-consumption optimization, feed-in management and data logging The combination of the aedl-uh AEconversion data logger and an external consumption meter (energy meter to the co3 system guarantees an optimal use of the self-generated electricity. The own power consumption is recorded and stored on the data logger Advantages of the co3 control system Use of the self-produced electricity Optimization of own power consumption Smartmetering Recording of the power consumption No feed-in to the power grid of the energy supplier or 70 % regulation at the feed-in point possible Programmable, power-dependent relay contact Main functions of the co3 control system The co3 (Self-Consumption-Optimizer) control system, combines 3 functions: Self-consumption management Feed-in management Data logging Advantages of the co3 control system maximum self-consumption with high flexibility The feed-in to the power grid of the energy supplier can be completely prevented or alternatively set to 70% feed-in at the feed-in point. Configuration via a ripple control receiver according to eeg is also possible. The AEconversion data logger provides an interface to the grid and serves as a connection of the communication interfaces powerline and rs485 when operating with the micro inverters inv250-45 / inv350-60 / inv350-90 / inv500-90. The data logger stores the current power, current yields, the average value of the consumption and, if required, other operating data of the connected inverters. Scope of delivery: 1x AEconversion 11-05-500389-1Control system co3 1x instruction manual

The inv315-50 from AEconversion (mpn 11-05-600012-xx) is a powerful 315w micro inverter that converts the energy generated from your solar modules directly into grid-compliant 230v AC power. For this purpose, the micro inverter is directly connected to a photovoltaic module. This enables the optimal utilization of solar energy. The inv315-50 can work with a maximum input power of 315w as well as a maximum PV input voltage of 50v and has the important integrated NA protection according to vde ar-n-4105. Features of the INV313-50 Low system cost, eliminating the need for individual DC components and complicated system and shadow planning Integrated NA protection according to vde ar-n-4105 Higher yields due to module-based MPP tracking Wide range of applications for both grid-connected systems and stand-alone systems with simple installation Wide MPP tracking range increases system efficiency High module compatibility Display of battery charging phases Voltage and charge current displays Integrated disconnecting device according to vde ar-n-4105 The additional installation of an external disconnection device becomes unnecessary when using AEconversion micro inverters, as the legally required disconnection device according to vde ar-n-4105 is already integrated. In PV systems with micro inverters from AEconversion, component and installation costs can be reduced by up to 15%. DC components, such as DC junction boxes or DC disconnectors become unnecessary. System and shadow planning, such as for string systems, are eliminated, and the ease and speed of installation provided by the "plug-and-play" system further reduces capital costs. The cost-effective monitoring and system accessories make the AEconversion system an economical installation. AC cable is not included. Micro inverter for the PV system The micro-inverter is connected directly behind one or two modules and converts the generated direct current into grid-compliant alternating current. The individual conversion at each module allows the solar energy to be optimally utilized. In systems with micro-inverters, the modules operate independently and guarantee the highest yield. By performing "maximum power point tracking" (mppt) at the modular level, each inverter can harvest the highest possible power from each module while minimizing the impact of shading and module mismatch. Technical data Max. Input power: 315w Recommended PV module power: 290W-340W Max. DC voltage: 50v Max. Dc current: 9.5A AC rated power: 300W AC rated voltage: 230v DC connector: h4 (mc-4 compatible) Housing protection class: ip65 & NEMA4 Dimensions: 390 x 100 x 30 mm Weight: 0.8 kg Communication: smart rf 2.4GHz ENS integrated according to vde ar-n 4105 Scope of delivery: 1x AEconversion Micro inverter inv315-50 (11-05-600012-xx) 1x user manual

The Powerline (plc) gateway from aEconversion (mpn 11-05-500253-1) serves as a converter between Powerline communication and rs485 communication and also establishes the connection between the inverter and the utility grid. To enable system monitoring, a USb-rs485 interface adapter or data logger can be used in combination with the gateway. In this way, the system data can be visualized on a computer using the aEsolar monitoring software. important features of the plc Gateway Interface between the ac network with modulated powerline data and the rs485 bus system can pass up to 16a ac from the micro inverters to the sub-distribution board provides a reliable blocking filter to shield the communication from outside interference plant monitoring with powerline (plc) gateway The gateway provides the interface between the ac network with modulated powerline data and the rs485 bus system. The powerline gateway can pass up to 16a ac from the micro inverters to the sub-distribution. It provides a reliable blocking filter to shield the communication from outside interference. The data is provided at the rs485 port. The gateways can be connected in parallel on the rs485 bus to connect all micro inverters to a central monitoring device, e.g. aEconversion data logger further technical features Product details Nom. ac voltage: 230 v, Nom. ac voltage range: 184 v ... 264 v ac Current: 10 ma, ac Frequency: 50 Hz / 60 Hz, Max. Current: 16 a dimensions 100 mm x 65 mm x 90 mm (w x d x h) Protection class: ip 20 Class i according to DiN en60529 Safety standard: Safety Class ii Product safety: iEC 60950 EMC: ffc Part 15 Class b / en 61000-6-2 / en 61000-6-3 connection interfaces 1x Powerline Gateway rs485 Scope of delivery: 1x aEconversion 11-05-500253-1 Powerline (plc) Gateway 1x user manual

The aedl-uh data logger from AEconversion (mpn 11-05-500285-1) enables cost-effective and comprehensive monitoring of the PV system. The data logger provides the connection between the inverter and the supply network and stores the data of the photovoltaic system. The data logger provides the connection between the inverter (rs485 or plc) and the utility grid and stores the data of the PV system The AEconversion data logger can monitor up to 50 micro inverters and stores all operating data for up to 2 years. The polling intervals can be set individually in the range from 1 minute to 60 minutes. The queried and stored data are: current power, current yield, status. The data is displayed on a 2x16-character LC display with backlight The aedl-uh can be directly connected to rs485 as well as to Powerline micro inverters. The plant data can be temporarily stored on a USb memory stick and then evaluated on a computer using the AEsolar monitoring software Performance features of the aedl-lan Interface between power grid and inverter (rs485 or plc) recommended for monitoring and analysis use in powerline configurations or rs485 systems avoids yield losses by early problem detection and fast localization of the problem easy configuration and display of current measured values serve an LC display and four capacitive buttons other technical features Product details Nom. ac voltage: 230 v, Nom. ac voltage range: 184 v ... 264 v ac current: 25 mA, ac frequency: 50 Hz / 60 Hz, max. current: 16 A Product safety: iec 60950 Safety standards: Safety Class ii EMC: ffc Part 15 Class b / en 61000-6-2 / en 61000-6-3 Protection class: ip 20 Class i according to DiN en60529 Dimensions 100 mm x 65 mm x 90 mm (w x d x h) Connection interfaces 3x RS-485 rs485 PLC USb memory Scope of delivery: 1x AEconversion 11-05-500253-1aedl-uh web data logger 1x user manual

The inv250-45-eu plc from AEconversion (11-05-500293-01) is a powerful 250 w micro inverter that converts the energy generated from your solar modules directly into grid-compliant 230v alternating current. For this purpose, the micro inverter is directly connected to a photovoltaic module. This enables the optimal utilization of the solar energy. The inv250-45-eu can work with a maximum pv input voltage of 45v. It has the important, integrated na protection according to vde ar-n-4105 Photovoltaic modules equipped with AEconversion micro-inverters operate independently. A micro-inverter is connected directly behind one or two pv-modules and converts the generated direct current into grid-compliant alternating current. Maximum Power Point Tracking (mppt) is performed at the modular level, minimizing the negative effects of shadowing and module mismatch. Performance features of the inv250-45-eu plc Low system cost by eliminating the need for individual dc components and complicated system and shadow planning max pv power 250w, max dc voltage 45v, max dc current 11A integrated na protection according to vde ar-n-4105, frequency 50 Hz, protection degree: IP65 plc based system communication Higher yields due to module based MPP tracking Wide range of applications for both grid-connected systems and stand-alone systems with very simple installation Wide MPP tracking range increases system efficiency High module compatibility Display of battery charging phases Voltage and charge current displays integrated disconnecting device according to vde ar-n 4105 The additional installation of an external disconnection device becomes unnecessary when using AEconversion micro-inverters, as the legally required disconnection device according to vde-ar-n 4105 is already integrated. In micro-inverter pv systems from AEconversion, component and installation costs can be reduced by up to 15%. dc components such as dc junction boxes or dc disconnectors become unnecessary. System and shadow planning, as for string systems, are eliminated, and the ease and speed of installation provided by the "plug-and-play" system further reduces capital costs. The cost-effective monitoring and system accessories make the AEconversion system an economical installation. System design with plc micro inverters from AEconversion AEconversion offers all the necessary components of an effective photovoltaic system, including micro-inverters with Powerline communication, cost-effective monitoring devices and other accessories. The Powerline system consists of micro-inverters with integrated Powerline communication, each connected to one or two modules. H4-pv connectors can be used if the pv modules are not equipped with compatible pv connectors. pv branch connectors are used when micro-inverters are connected in parallel to two modules. AC cabling and AC distribution blocks are used to connect the micro-inverters to each other and to the grid. All open AC connections must be sealed with a sealing piece. AC cable is not included in the scope of delivery. There are three main options for monitoring the system: (1) web-based data logger aedl-lan in conjunction with a Powerline Gateway, (2) data logger aedl-uh or (3) Powerline Gateway in conjunction with a USB-plc interface converter. Scope of delivery: 1x AEconversion 11-05-500293-01 inv250-45eu plc 1x user manual and data sheet

The usb-rs485 interface converter from AEconversion (mpn 17-05-500026-1) converts the rs485 connection to an usb connection in such a way that you can use it for visualization on a pc. This allows you to analyze the data from your micro inverters conveniently and inexpensively on a pc or notebook Using the usb-rs485 interface converter The device is connected directly or via usb-extension to the pc. Afterwards the yellow power LED lights up. At the first use the driver must be installed from cd Technology of the usb-rs485 Interface Adapter The usb-rs485 interface adapter represents the most cost-effective version of the system monitoring. Without much effort, the micro inverter system is connected to a computer with the help of the adapter If the connection to a computer is established, the system data of the photovoltaic system can be recorded and displayed with the help of the evaluation software AEsolar If rs485 micro inverters are used, the rs485-usb adapter can be connected directly to the inverters. If the system is equipped with Powerline micro inverters, the rs485-usb adapter is connected to the added Powerline gateway The interface adapter provides status LEDs for visualization of transmit, receive and power, which facilitates troubleshooting. The included pluggable screw terminal guarantees an easy and flexible connection from the rs485 bus Scope of delivery: 1x AEconversion 17-05-500026-1 usb-rs485 interface converter 1x user manual