C&I HIGH-VOLTAGE BATTERY CABINET
265kWh High-Voltage LiFePO4 Battery Cabinet for C&I Integration
A high-capacity battery cabinet built from eleven quoted 76.8V 314Ah LiFePO4 modules for commercial and industrial storage projects. This page deliberately describes the battery scope only: PCS, EMS, HVAC, fire protection and site switchgear must be confirmed separately.
- Approx. 265kWh nominal
- 11 × 76.8V 314Ah modules
- High-voltage cabinet format
- PCS and site scope by project
Battery subsystem
For Integrators Who Need a Defined High-Voltage Battery Block
This is positioned as a battery cabinet for system integration—not as an unverified turnkey BESS. That distinction protects both SEO accuracy and project conversion quality.
C&I storage integration
Use as a battery-side building block for peak management, backup or microgrid projects after the PCS voltage window and controls are approved.
Project-specific PCS matching
The cabinet must be matched to a compatible PCS using the final series topology, operating-voltage window, current limit and communication protocol.
Container or electrical-room scope
Final installation depends on enclosure rating, thermal management, fire strategy, access clearance, floor loading and local code.
Verified product data
Quoted 265kWh Battery Cabinet Configuration
Only the data explicitly present in the current quotation is treated as confirmed. Electrical limits and environmental ratings remain publishing blockers until a manufacturer datasheet is supplied.
| Battery chemistry | LiFePO4 / lithium iron phosphate |
|---|---|
| Battery module | 76.8V, 314Ah, approximately 24.1kWh nominal per module |
| Cabinet configuration | Eleven battery modules plus cabinet |
| Quoted total energy | Approximately 265kWh nominal |
| Quoted gross weight | Approximately 2,710kg for the cabinet configuration |
| Included control hardware | A cabinet control/interface assembly is visible in the supplied product material; exact BMS hierarchy and ports require the final datasheet |
| Not yet verified | System voltage range, charge/discharge current, IP rating, cooling method, fire protection, PCS/EMS scope, cycle condition and warranty |
Source: current LeforESS supply quotation and its embedded product images. A complete manufacturer datasheet is required before this page should be published as a fully specified product.
Product views
Real Product Visuals for Buyer Review
The images are derived from the quoted product, supplier material or official manufacturer documentation. They are not AI-redrawn product concepts.
Before quotation
Engineering Inputs Needed Before Quotation
A 265kWh battery block should be quoted only after the electrical, mechanical and site responsibilities are clear.
- Required usable energy and charge/discharge power
- PCS model and DC operating-voltage window
- Single-line diagram and BMS/EMS communication
- Indoor, outdoor or container installation environment
- Cooling, fire, access and floor-loading requirements
- Destination standards, commissioning and warranty responsibilities
Buyer questions
Practical Questions Before Ordering
These answers are intentionally specific about what must be checked before a distributor, installer or EPC order is confirmed.
Is this a complete 265kWh BESS?
Not based on the current evidence. It is a quoted high-voltage battery cabinet. PCS, EMS, cooling, fire protection and site electrical scope must be listed separately.
What is the cabinet operating-voltage range?
It is not verified in the supplied quotation. Do not calculate or publish a system voltage from module count alone; request the official series topology and BMS limits.
Can it be used outdoors?
Outdoor suitability is not confirmed. The enclosure IP rating, corrosion class, cooling method and installation environment require the manufacturer datasheet.
Which PCS brands are compatible?
Compatibility must be confirmed by DC voltage/current limits, BMS protocol and an approved integration record—not by brand name alone.
Define the 265kWh Battery Scope Before Pricing the System
Send the target power, PCS, site environment, single-line diagram and responsibility matrix. LeforESS can then confirm whether the cabinet fits the project and what additional BESS equipment is required.