GivEnergy Gen1 Complete 5kw HYBRID kit to charge from grid or solar with 8.2kWh Battery
#2: Givenergy 5kw, 8.2kWh kit
To purchase 5 yr extended warranty please add warranty to your basket
Suitable for charging from Economy 7 such as Octopus Go. For detailed explanation of how to maximise Economy 7 essential information to work out which battery storage options is best for you please visit - Understanding Economy 7
GivEnergy Full Schematics
GivEnergy Welcome Pack
Complete kit to charge from grid or solar includes:
*Collections are not permitted due to health & safety regulations*
Up to 5 batteries can used with each AC charger/hybrid inverter, multiple charger/inverters can be installed.
GivEnergy design and manufacture their own inverters, batteries and state-of-the-art management system and monitoring platform which combine to offer an exceptional storage package. The LiFePO4 chemistry is the safest cell technology on the market, whilst GivEnergy in particular offer higher capacity cells, higher density cells and monitor individual cell voltage rather than overall pack voltage. The batteries also utilise prismatic cells rather than conventional soft pouch cells which minimise hear build-up and thermal hotspots.
GivEnergy's market-leading battery warranty lasts 10 years with unlimited throughput.
Features:
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Capacity: 8.2KWh
- Depth of Discharge: 100%
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Voltage: 51.2VDC
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Current 161Ah
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Weight 74kg
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Dimensions 480 x 620 x 220 mm
- Up to 5 batteries per inverter
Product is fully recyclable at end of life.
Charger:
This 5kW Gen1 hybrid unit will simultaneously handle PV power generation, along with battery charge and discharge. Wi-fi comes as standard and gives access to the powerful monitoring platform, along with remote, site-specific firmware upgrades and troubleshooting via web browser or app. EPS backup can provide 2.5kW during a powercut.
Full UK technical support is also on-hand, and every inverter purchase receives 1 hour installation support as standard. The in-house control logic allows for simultaneous switching between charge and discharge to minimise imported energy, whilst export limitation is also available.
