Product Overview
The 48V 200Ah rack mount LiFePO4 battery delivers 10.24kWh in a standard 19-inch rack enclosure. Designed for commercial energy storage, telecom backup, and larger residential systems, it parallels up to 16 units for 160kWh+ installations.
For smaller rack options see our 51.2V rack mount series. For wall-mount alternatives see 51.2V 200Ah wall-mounted.
- 10.24kWh per module — high density for commercial use
- 19-inch rack standard — 4U height, easy integration
- CAN/RS485 BMS — inverter communication ready
- Parallel up to 16 — scalable to 160kWh
Technical Specifications
| Group | Parameter | Value | Status |
|---|---|---|---|
| Electrical | Nominal voltage | 51.2V (16S) | Typical |
| Electrical | Rated capacity | 200Ah | Typical |
| Electrical | Energy | 10.24kWh | Typical |
| BMS | Continuous discharge | 150A | Typical |
| BMS | Communication | CAN / RS485 / RS232 | Typical |
| Physical | Form factor | 19-inch rack, 4U | Typical |
| Durability | Cycle life | 6000+ cycles at 80% DOD | Typical |
Applications
- Commercial solar energy storage
- Telecom base station backup
- Industrial UPS systems
- Large residential off-grid
Ideal For
- Solar installers: Commercial & residential ESS projects needing scalable 10kWh modules
- Telecom operators: Base station backup with 19″ rack compatibility
- Distributors: Stock standard SKU or request custom branding
Customization Options
- BMS communication protocol (CAN/RS485) matched to your inverter — see BMS guide
- Parallel configuration support (up to 16 units)
- OEM branding and packaging per project requirements
Final specs, pricing, and lead times confirmed per project. Request a quote with your application details.
Wholesale, OEM & ODM
Volume pricing for installers and distributors. Custom BMS protocols available. Contact us.
Related Technical Guides
Planning a storage installation? These guides cover system sizing, costs, and technology choices:
- How Much Does a 10kWh LiFePO4 Battery System Cost? — full cost breakdown with TCO analysis
- Why Tesla Megapack Uses LFP Batteries — why LFP dominates stationary storage
- Sodium-Ion vs LiFePO4 for Energy Storage — honest technology comparison

