Battery System Type On or Off grid Multiple charger Capability IP rating Emergency Power Supply Start Up Voltage Max DC input Charge/
Discharge rate
Maximum Capacity Typical Battery cost/kWh ex vat Typical Kit cost/kWh ex vat Depth of Discharge
GSL All In One 5.5kw Hybrid 20.48kwh Floor mounted On & Off grid No 55 Yes 116V 6.5kW 5kW 40.96kWh £238 £273 90%
GSL 5.5kW Hybrid with Pylontech US5000 (19.2kWh) Floor mounted On & Off grid No 55 Yes 116V 6.5kW 5kW 38.4kWh £224 £274 90%
Sunsynk 3.6kw Hybrid / GSL 20.48kwh Floor mounted On & Off grid Yes 55 Yes 125V 7kW 3.6kW 81.92kWh £238 £305 90%
Sunsynk 5kw Hybrid / GSL 20.48kwh Floor mounted On & Off grid Yes 55 Yes 125V 6.5kW 5kW 81.92kWh £238 £330 90%
Sunsynk 8kw Hybrid / GSL 20.48kwh Floor mounted On & Off grid Yes 55 Yes 125V 10.4kW 8.8kW 81.92kWh £238 £379 90%
Sunsynk 5kw Hybrid / Sunsynk L5.3 21.28kwh Stackable On & Off grid Yes 65 Yes 125V 6.5kW 5kW 163kWh £261 £305 90%
Sunsynk 8kw 3ph Hybrid / GSL 20.48kwh Stackable On & Off grid Yes 65 Yes 160V 10.4kW 8.8kW 81.92kWh £238 £353 90%
Sunsynk 10kw 3ph Hybrid / GSL 20.48kwh Stackable On & Off grid Yes 65 Yes 160V 13kW 11kW 81.92kWh £238 £359 90%
Sunsynk 12kw 3ph Hybrid / GSL 20.48kwh Stackable On & Off grid Yes 65 Yes 160V 15.6kW 13.2kW 81.92kWh £238 £366 90%
Sunsynk Lifelynk X 3.6kW wall or floor mounted On & Off grid Yes 65 Yes 150V 4.5kW 3.6kW 45.4kWh £261 £350 90%
Solis 3.6kw Hybrid / Pylontech 19.2kwh Stackable On grid No 55 Yes 120V 5.7kW 3kW 29kWh £224 £281 95%
Solis 5kw Hybrid / Pylontech 19.2kwh Stackable On grid No 55 Yes 120V 8kW 5kW 29kWh £224 £282 95%
Solis 6kw Hybrid / Pylontech 19.2kwh Stackable On grid No 55 Yes 120V 8kW 5kW 29kWh £224 £289 95%
Givenergy 3.6kw AC All In One 13.5kwh wall or floor mounted On grid No 65 Yes N/A N/A 3.6kW 13.5kWh £375 £375 100%
Givenergy 6kw AC All In One 13.5kwh wall or floor mounted On grid No 65 Yes N/A N/A 6kW 13.5kWh £384 £384 100%
Givenergy 3.6kw Hybrid Gen3 19kwh wall or floor mounted On grid No 65 Yes 150v 7.5kW 3.6kW 47.5kWh £272 £272 100%
Givenergy 5kw Hybrid Gen3 19kwh wall or floor mounted On grid No 65 Yes 150v 7.5kW 3.6kW 47.5kWh £272 £272 100%
Givenergy 3kw AC 19kwh wall or floor mounted On grid No 65 Yes N/A N/A 2.5kW 47.5kWh £272 £272 100%
Libbi All In One 3.6kw Hybrid 20.48kwh All In One On grid No 65 120V 4.8kW 3.6kW 20kWh £386 £462 90%
Libbi All In One 5kw Hybrid 20.48kwh All In One On grid No 65 120V 6.5kW 5kW 20kWh £386 £465 90%
Fox HV Cube 3.6kw Hybrid 20.16kwh Stackable On grid No 65 Yes 75V 5.5kW 3.6kW 32.61kWh £266 £311 90%
Fox HV Cube 5kw Hybrid 20.16kwh Stackable On grid No 65 Yes 75V 7.5kW 5kW 32.61kWh £266 £312 90%
Fox HV Cube 6kw Hybrid 20.16kwh Stackable On grid No 65 Yes 75V 9kW 6kW 32.61kWh £266 £313 90%
Fox HV Cube 7kw Hybrid 20.16kwh Stackable On grid No 65 Yes 75V 10.5kW 7kW 32.61kWh £266 £316 90%
Fox HV Cube 8kw Hybrid 20.16kwh Stackable On grid No 65 Yes 75V 12kW 8kW 32.61kWh £266 £320 90%
Fox HV Cube 10kw Hybrid 20.16kwh Stackable On grid No 65 Yes 75V 15kW 10kW 32.61kWh £266 £326 90%
Fox HV Cube 8kw 3ph Hybrid 20.16kwh Stackable On grid No 65 Yes 160V 10.4kW 8kW 32.61kWh £266 £350 90%
Fox HV Cube 10kw 3ph Hybrid 20.16kwh Stackable On grid No 65 Yes 160V 13kW 10kW 32.61kWh £266 £354 90%
Fox HV Cube 12kw 3ph Hybrid 20.16kwh Stackable On grid No 65 Yes 160V 15kW 12kW 32.61kWh £266 £357 90%
Fox HV Cube 30kw 3ph Hybrid 20.16kwh Stackable On grid No 65 Yes 160V 45kW 30kW 32.61kWh £266 £422 90%
Fox HV Cube 5kw AC 20.16kwh Stackable On grid Yes 65 Yes N/A N/A 5kW 32.61kWh £266 £322 90%
SolaX 3.7kw Hybrid 17.4kwh Floor mounted On & Off grid Yes 65 Yes 90V 5.5kW 3.68W 17.4kWh £291 £373 90%
SolaX 5kw Hybrid 17.4kwh Floor mounted On & Off grid Yes 65 Yes 90V 7.5kW 5kW 17.4kWh £291 £373 90%
SolaX 7.5kw Hybrid 17.4kwh Floor mounted On & Off grid Yes 65 Yes 90V 10kW 7.5kW 17.4kWh £291 £376 90%
SolaX 3.6kw AC 17.4kwh Floor mounted On & Off grid Yes 65 Yes N/A N/A 3.6kW 17.4kWh £338 £348 90%
SolaX 5kw AC 17.4kwh Floor mounted On & Off grid Yes 65 Yes N/A N/A 5kW 17.4kWh £338 £371 90%
SolaX 7.5kw AC 17.4kwh Floor mounted On & Off grid Yes 65 Yes N/A N/A 7.5kW 17.4kWh £338 £373 90%
SolaX 8kw 3ph Hybrid 23.2kwh Floor mounted On & Off grid Yes 65 Yes 200V 12kW 8kW 23.2kWh £338 £382 90%
SolaX 10kw 3ph Hybrid 23.2kwh Floor mounted On & Off grid Yes 65 Yes 200V 15kW 10kW 23.2kWh £338 £385 90%
SolaX 12kw 3ph Hybrid 23.2kwh Floor mounted On & Off grid Yes 65 Yes 200V 18kW 12kW 23.2kWh £338 £388 90%
SolaX 15kw 3ph Hybrid 23.2kwh Floor mounted On & Off grid Yes 65 Yes 200V 18kW 15kW 23.2kWh £338 £391 90%
ICS 5kW Hybrid & 20.48kwh wall or floor mounted On grid Yes 55 Yes 125V 7kW 5kW 40.96kWh £220 £263 90%

Pdf free icon Battery Storage Guide  With the right battery storage system, it's possible for a household to store enough electricity to supply the full demand of the property. 

 

Sizing & selecting which battery storage system is right for you

Two key factors to take into consideration when selecting the battery storage system are the storage capacity and your peak demand.

The advisable storage capacity can be calculated by looking at your average usage over a 24hr period, and determining how much of this amount you wish to be  able store. If you don't have a smart meter this can be found on your electric bills or by contacting your supplier. Over-sizing will mean that more capital will be invested than required, but can allow for increased usage in the future. Under-sizing usually results in lost potential savings, but maximises the capital invested.

If you have solar pv then you need to look at how much spare electricity you are generating during the day time that can be stored and how much of this is worthwhile storing to for after daylight hours. This can also be combined with how much you want to charge at night time from the grid to top up the batteries.

Peak demand is the maximum electricity demand at any given time of the day. It is important to know your peak demand to ensure the system you go with will meet either all or most of your demand. A system that cannot supply this demand may mean you still need to draw significant amounts of electricity from the grid during costly peak-rate hours. For example, if you regularly have 5kW of high demand appliances running, and you only have a battery system that can discharge at 2.5kWh, you will still require 2.5kWh from the grid. Whereas If you have a system that can discharge at 5kWh then you will meet your peak demand without needing to draw from the grid.

 

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