Higher-energy C&I cabinet ESS
125 kW / 261.2 kWh Battery Storage CabinetMore energy and AC power in the same compact footprint.
A 314 Ah LFP cabinet with 125 kW integrated PCS, 261.2 kWh rated energy and the same outdoor liquid-cooled architecture used across the cabinet platform.
Application fit
Start with the operating duty.
The 125 kW / 261.2 kWh cabinet keeps the compact 1000 x 1400 mm base footprint while using 314 Ah LFP cells and a larger PCS. It is a practical step up when the site needs more peak power and energy without changing the physical cabinet class.
Open the RFQ input checklistIntegrated architecture
Four layers form the starting platform.
The commercial scope still needs a project responsibility matrix covering every external interface.
Battery string
3.2 V / 314 Ah LFP cells arranged as 1P260S provide 261.2 kWh rated energy.
Power conversion
The 125 kW PCS supports 400 V grid connection with documented overload headroom.
Control layer
BMS and EMS provide protection, operating strategy, event records and plant communication.
Cabinet systems
Liquid cooling, fire protection, IP54 enclosure and C3 corrosion class support outdoor duty.
Technical specifications
Documented configuration data.
Values are taken from the supplied manufacturer specification. Final purchase, installation and acceptance must use the approved project datasheet, drawings and test documents.
| Group | Parameter | Documented value |
|---|---|---|
| Battery | Cell chemistry and format | LFP, 3.2 V / 314 Ah |
| Battery | Rated energy | 261.2 kWh |
| Battery | Nominal DC voltage | 832 V |
| Battery | DC voltage window | 650-949 V |
| Battery | String arrangement | 1P260S |
| PCS | Rated AC output | 125 kW |
| PCS | Maximum AC output | 137.5 kW |
| PCS | Rated AC voltage | 400 V; 230/400 V off-grid |
| PCS | Maximum output current | 200 A |
| PCS | Frequency and power factor | 50/60 Hz; 0.99 |
| PCS | Maximum discharge efficiency | 98.5% |
| System | Charge/discharge rate | 0.5C |
| System | Base enclosure dimensions | 1000 x 1400 x 2415 mm |
| System | Interface envelope | 1000 x 1470 x 2565 mm |
| System | Approximate weight | 2.7 t |
| System | Communications | CAN / RS485 / Ethernet |
| Environment | Altitude | Up to 3000 m; derating review above 2000 m |
| Environment | Enclosure | IP54; C3 corrosion protection |
| Environment | Operating temperature | -20 C to 55 C |
| Environment | Relative humidity | 0-95%, non-condensing |
| Thermal | Cooling | Intelligent liquid cooling |
| Safety | Fire suppression | Perfluorohexanone system |
Scope boundary
Separate product from project.
A comparable quotation makes included equipment and external responsibilities explicit.
Starting equipment scope
Documented platform
- 261.2 kWh LFP battery string
- 125 kW bidirectional PCS
- BMS and EMS control platform
- Liquid-cooling equipment
- Fire detection and suppression interfaces
- Outdoor cabinet and internal auxiliary distribution
Project boundary
Confirm before quotation
- Load profile and target dispatch window
- Transformer, switchgear and protection boundary
- PV meter and EMS control interface
- Backup STS/ATS and protected-load definition
- Foundation, access and service clearances
- FAT evidence, warranty and commissioning scope
Buyer questions
Resolve these points before ordering.
Use the answers to narrow the design; use the final project documents to release the order.
What is the difference from the 105 kW / 233 kWh model?
This version uses 314 Ah cells, 261.2 kWh rated energy and a 125 kW PCS while retaining the same documented base enclosure size.
Can it combine solar self-consumption and peak shaving?
Yes. The EMS can coordinate both objectives, but the PV meter, tariff periods, export constraints and minimum reserve SOC need to be defined.
Does the cabinet include the site transformer?
No transformer should be assumed unless it appears in the project scope. The documented cabinet presents a 400 V AC interface.
How is usable duration calculated?
The nominal energy-to-power ratio is about 2.09 hours. Actual dispatch duration uses the approved usable SOC window and project efficiency assumptions.
Buyer engineering guides
Check the assumptions around this configuration.
Connect the product data to measured demand, electrical design, safety evidence and quotation scope.
Compare adjacent configurations
Continue the product review.
Compare power, duration, interface and project boundary before selecting a starting platform.
Product quick RFQ
Match this configuration to the real site.
Send the country, operating target and the first project requirements. The product title and source page are attached automatically.