LiFePO4 energy storage batteries for solar and backup projects.
Wall-mounted, floor-standing, rack and stackable reference platforms for B2B system integrators, importers and project buyers.
Choose the battery architecture before the enclosure style.
An energy storage inquiry should define the load, required usable energy, charge source, inverter or PCS, DC voltage window, installation environment and expansion plan. We supply battery products and battery subsystems; an inverter, PCS, site design or complete turnkey BESS is not included unless it is explicitly confirmed in the proposal.
“Solar battery” and “wholesale” do not determine one model. Quantity, OEM branding, packaging, destination documents and inverter communication are reviewed with the electrical specification.
Start from a real configuration, then confirm the project version.
Reference models demonstrate available form factors and engineering experience. Current drawings, component revisions, documentation, MOQ and delivery terms are reconfirmed before quotation.
51.2V 314Ah 16kWh floor-standing LiFePO4 energy storage battery
- Item: SP-ESS-16kWh-B1
- Cell Chemistry: LiFePO4
- Battery Energy: 16.08kWh
51.2V 280Ah 14.336kWh LiFePO4 Wheeled Floor Standing Household Battery for Solar Energy Storage
- Item: SP-ESS-14.336kWh-B1
- Cell Chemistry: LiFePO4
- Battery Energy: 14.336kWh
51.2V 130Ah 6.66kWh Wall Mounted LiFePO4 Home Solar Energy Storage Battery
- Item: SP-ESS-6.66kWh-B1
- Cell Chemistry: LiFePO4
- Battery Energy: 6.66kWh
Solar energy storage system BESS- 15kWh-11kW
- Cell Chemistry: LiFePO4 /
30kWh Stackable solar energy storage system
- Item: General Parameter
- Rated Capacity: 100Ah
- Nominal Voltage: 51.2V
Stackable LiFePO4 10.24KWh Home Energy Storage System
- Model: SPF204V50-HV
- Cell Chemistry: LiFePO4
- Battery Energy: 10.24KWh
Match the battery to the system boundary.
Energy requirement
Calculate usable energy from the actual load, operating hours, reserve and allowable operating window.
Voltage architecture
Confirm low- or high-voltage topology, charger/PCS limits and series or parallel responsibilities.
Interface & environment
Review protocol, current, enclosure, mounting, thermal conditions and service access.
Supply evidence
Freeze the exact model, drawings, documents, packaging, quantity and change-control expectations.
What we confirm before supply.
| Battery scope | Module, wall battery, floor battery, rack cabinet or stackable battery system. |
|---|---|
| Electrical | Nominal and operating voltage, kWh/Ah, charge/discharge current, usable window and expansion method. |
| System interface | Inverter/PCS model, CAN/RS485 profile, contactor/precharge needs and responsibility split. |
| Mechanical | Installation style, dimensions, mass, clearance, indoor/outdoor exposure and cable routing. |
| Commercial | Forecast, sample path, OEM label/packing, destination, shipping mode and required documents. |
Questions purchasing teams ask.
Do you supply a complete solar power system?
This page covers battery products and battery subsystems. Inverters, PCS, panels, installation and site engineering are separate unless a written proposal includes them.
Can every 51.2V battery work with my inverter?
No. Voltage window, current, communication protocol and operating logic must be matched to the exact inverter and battery version.
Is there a fixed wholesale price or MOQ?
No. Model, BMS, enclosure, certification scope, customization, quantity, packing and destination affect the commercial terms.
Planning a solar or backup battery project?
Send the load, inverter, energy target, installation environment, quantity and destination for model selection.