Powador-gridsave
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The modular design of the Powador-gridsave allows the system configuration to adapted to the specific energy requirements of your household. The more load peaks in your energy demand profile the more important the available system power. In contrast, the available energy capacity of the battery is the significant factor for supplying base-load power. The Powador-gridsave with its modular design covers both cases. High load peaks, such as often occur in households with power supply only, are securely covered with two battery chargers. In contrast, providing base power over a longer period can be guaranteed by expanding the battery capacity. The Powador-gridsave can be extended at any time. Extend the investment costs or adjust the battery system to the changed conditions. Technical Data Technical Data Flexibility for your unique solar system. Powador-gridsave Powador-gridsave Input Input variables variables Max. recommended power Max. recommended PV generator PV generator power 7,7 kW MPP range Non-load voltage Non-load voltage Max. Max. input current input current Number of trackers Number of strings / MPP strings / MPP trackers2 1 Polarity Polarity safeguard safeguard Storing energy. Managing energy. Number of Number of MPP trackers MPP trackers short-circuit diode short-circuit diode Solar independence with the Powador-gridsave system. Battery sizes Battery sizes Battery voltage Battery voltage Capacity / Capacity / component* component* 1.35 kWh - 6.75 kWh, 1-5 1.35 kWh - 6.75 kWh, 1-5 battery units battery units Component battery charger Battery charger 4,000 discharge % discharge depth) 4,000 (with 100 % (with 100 depth) Service life Battery charger Service life Output Output variables variables Rated outputRated output / peak output / peak output Battery management Rated currentRated current Rated Rated frequency frequency Battery management Line voltage Line voltage Component battery 0,80 inductive ... (feed-in) 0,80 inductive ... 0,8 capacitive0,8 capacitive (feed-in) Number of feed-in phases Number of feed-in phases / connection-/ connection1/3 phases phases Emergency mode ** Emergency mode ** supply of 3 connection-phases supply of 3 connection-phases General electrical data General electrical data Grid feed-in mode VDE V 0126-1-1:2006+E A1:2011, VDE AR-N 4105, BDEW-MSR-conforming Grid monitoring inmonitoring in feed-in modeVDE V 0126-1-1:2006+E A1:2011, VDE AR-N 4105, BDEW-MSR-conforming Mechanical data Mechanical data Fig.1: The modular design of the Powador-gridsave. Display Technical Data Battery charger RS485 / ModBus, Sym-Bus, Ethernet, USB, digital inputs/outputs RS485 / ModBus, Sym-Bus, Ethernet, USB, digital inputs/outputs 0 °C ... + 40 0 °C ... + 40 °C °C Temperature Temperature monitoring monitoring temperature-dependent impedance matching with temperature-dependent impedance matching with shutdown if shutdown if the temperature the temperature is too high is too high 2 2 strings via spring-type terminals (max. 6 mm2) 2 strings via spring-type terminals (max. cross section:cross section: 6 mm ) Application options – energy storage for every case. Ambient Ambient temperature temperature via spring-type terminals (max. 16 mm2, via spring-type terminals (max. cross section:cross section: 16 mm2, house- and public grid house- and public grid connection) connection) Cable Cable connection connection via cable feedvia cable feed through system through system Protection class Protection class When you as a home owner install the Powador-gridsave you are making a significant contribution to the energy turn-around. With the Powador gridsave supplying more solar energy for your local power supply, this not only reduces the load on the grid but it is also an environmentally friendly method of supply energy. The Powador-gridsave is the right solution for owners of solar systems who want to add value to their photovoltaic installation. The flexibly designed system combines modern power electronics for grid and emergency power ap- plications with high-performance lithium-ion batteries in the quick in/out system. The individual modules are designed as push-in units for easy installation and replacement. The modular design of the Powador-gridsave adapts it to all your requirements. One single device provides an independent power supply or stable emergency power supply. active coolingactive cooling IP54 complete x 600 600 x 600 complete system 1600 systemx1600mm x 600 mm 200 kg in standard model 200 kg in standard model The text and figures reflect the current technical state at the time of printing. Subject to technical changes. Errors and omissions excepted. Rated currentRated current * Depending on battery type / ** without 120° phase shift * Depending on battery type / ** without 120° phase shift

The Powador-gridsave system gives you solar independence. The components – matched for high efficiency Complete solar power supply – flexible and reliable Independence from the grid Now nothing stands in the way of environmentally friendly solar power that is available around the clock. The Powador-gridsave stores solar power during the day and makes it available for later use. Thus, the Powador-gridsave closes the time gap between power generation and power consumption. A stable supply of power is taken for granted, but local power failures throughout Europe, including Germany, cannot be...