What this collection is designed to solve
A modular battery must match the inverter or PCS, communication method, required current, enclosure plan and expansion strategy. The module capacity should not be evaluated in isolation.
Lithium battery systems
Modular LiFePO4 Batteries for System Integration
Create a cleaner battery architecture for inverter, PCS and OEM projects. Compare two modular LFP formats by energy block, voltage, current, communication and mechanical layout before fixing the bill of materials.
2modular formats
5.12-16 kWhenergy classes
CAN / RS485integration review
Product overview
Choose the battery module as part of a complete system
Buyer value
Move from product browsing to a stronger project shortlist
Simplify the energy block
Compare two modular formats before setting module quantity and system capacity.
Integrate with fewer assumptions
Check voltage, current and BMS communication against the intended inverter or PCS.
Plan expansion early
Reserve the rack, cabling, protection and service space needed for the approved configuration.
Confirmed product range
Compare the available product formats
Open a product page for verified model-level specifications, compatibility notes and project-fit guidance.
Lithium BatteriesView product
POWER PILE 5.12kWh Rack Battery
A modular LiFePO4 battery option for rack-based and scalable storage systems.
- LFP (LiFePO4)
- 5.12 kWh
- 51.2 V
Consider whenThe design needs a smaller 51.2V rack battery building block.
Confirm firstModule count, current sharing, BMS communication and rack layout.
Lithium BatteriesView product
POWER PILE 16.0kWh System
A higher-capacity modular format for projects requiring a larger energy block.
- LFP (LiFePO4)
- Rack-mounted modular architecture
- CAN / RS485 / RS232
Consider whenA larger modular energy block reduces the number of units in the proposed layout.
Confirm firstSupported configuration, inverter or PCS protocol, protection and cable sizing.
Selection logic
Choose by application and system requirements
Use these questions to narrow the product family before comparing model specifications.
Electrical fit
Check nominal voltage, operating range, current and protection requirements.
Communication
Confirm CAN or RS485 protocol support with the intended inverter or PCS.
Mechanical plan
Define rack, stack, cable routing, clearances and service access.
Comparison framework
Check the complete system fit
| Module choice | Start with voltage platform and required system energy |
|---|---|
| Integration checks | BMS, inverter or PCS, protection and cable sizing |
| Expansion plan | Number of modules, physical space and future configuration |
Project confidence
Turn the shortlist into a reviewable system proposal
Bring the right inputs into the discussion early, then verify the selected model against current technical documents and project conditions.
Share the operating requirement
Use actual loads, operating objectives and target runtime or duty cycle to frame the shortlist.
Confirm the electrical interface
Review voltage, current, power electronics, protection and communication before quotation.
Review the installation plan
Check location, environment, access, clearances, service responsibilities and local requirements.
Frequently asked questions
Questions to resolve before product selection
Can different battery modules be mixed?
Do not assume that different models, capacities or production batches can be combined. Confirm the approved configuration.
Is communication required?
Many systems rely on CAN or RS485 communication for coordinated operation. Verify the supported protocol before ordering.
What should be reviewed for expansion?
Check the maximum supported module count, current sharing, cable layout, protection and available installation space.
Project review
Send the integration requirements
The battery format can be reviewed once the inverter or PCS, voltage, energy, current, communication and mechanical plan are defined.
- System voltage
- Inverter or PCS
- Required energy
- Required current
- Communication
- Rack or stack layout