
Home storage battery packs
LiFePO4 packs for residential storage, from module assembly and busbar welding to a finished cabinet with a BMS interface matched to the inverter.
Project constraints
- 01
The BMS protocol has to match the inverter, or the site cannot commission the system.
- 02
Cabinet access is decided by the room, not the datasheet.
- 03
Buyers compare usable capacity and module serviceability, not only nameplate figures.
Solution composition
Pack assembly
Prismatic LiFePO4 modules are assembled and busbar welded on the same benches used for cylindrical packs, with insulation and torque checks recorded.
Cabinet build
Floor-standing, stacked, wheeled and wall formats are built around the installation room, with front service access where the site requires it.
Inverter pairing
CAN and RS485 interfaces are quoted against the inverter model, with a point list supplied so commissioning is not a trial-and-error process.
Equipment in this application
Product centre
01BVT-CHCell Holder and Spacer Tray
Holding frames that set cell pitch before welding
02BVT-ESS-30F30 kWh Floor-Standing Home Battery
51.2 V 600 Ah LiFePO4 cabinet for home and small commercial sites
03BVT-ESS-16S16 kWh Stacked Home Battery
51.2 V 314 Ah stackable modules with Bluetooth monitoring
04BVT-ESS-10M10 kWh Mobile Home Battery
51.2 V 200 Ah wheeled cabinet for retrofit installations
Related delivery
Delivery documents
- Layout and interface drawings
- Factory acceptance test record
- Operating manuals and spare part lists
- Risk assessment and declaration documents
Ask an engineer to review the project
Inquiry for Home storage battery packs
