Eneruvo 261kWh C&I Battery Energy Storage System with 125kW PCS
The Eneruvo 261kWh C&I Battery Energy Storage System combines 314Ah LFP battery packs, a 125kW power conversion system, and integrated energy management in a compact cabinet. With liquid-cooled batteries, high-depth discharge capability, and multi-unit parallel support, it is designed for flexible commercial and industrial energy storage applications.
Eneruvo 261kWh C&I battery energy storage system
Integrated Power and Battery Management
The Eneruvo 261kWh Integrated Energy Storage System brings together the battery system, power conversion system (PCS), battery management system (BMS), energy management system (EMS), and power distribution equipment in one compact cabinet.
This integrated architecture helps streamline equipment coordination, reduce interconnection cabling, and simplify project deployment. It provides a practical option for commercial and industrial facilities seeking a coordinated battery storage and power conversion solution.
125kW Power Conversion for C&I Applications
With a rated AC output of 125kW and a maximum AC output of 137.5kW, the system is designed to support commercial and industrial energy management requirements. Its integrated control architecture supports coordinated battery charging, discharging, and power conversion.
The specified maximum input power is 200kW. The applicable input interface and permitted PV configuration should be confirmed against the final electrical diagram before selecting the system for a solar-plus-storage project.
261kWh LFP Battery Capacity
The system uses five battery packs, each rated at 52.25kWh, providing approximately 261kWh of nominal energy storage. Each pack uses 314Ah lithium iron phosphate (LFP) cells in a 1P52S configuration.
The battery system supports a maximum charge and discharge rate of 0.5C and a specified depth of discharge of up to 95%. These characteristics allow the system to be configured for energy shifting and other recurring commercial energy management strategies, subject to the approved operating profile and warranty terms.
The stated cycle life is 8,000 cycles under the specified test conditions of 0.5P, 25 ± 2°C, and 70% state of health (SOH). Actual cycle life depends on operating temperature, charging and discharging patterns, depth of discharge, and other application conditions.
Liquid-Cooled Batteries, Air-Cooled PCS
The battery section uses liquid cooling to manage battery operating temperatures, while the PCS uses air cooling. This separate thermal management arrangement is designed to address the operating requirements of the battery and power conversion components.
The stated operating temperature range is -30°C to 55°C, with derating above 40°C. The system is also specified for operation at relative humidity levels of 0–95%, provided condensation does not occur.
Flexible Expansion Through Parallel Operation
The system supports multi-unit parallel operation to accommodate changing project requirements. According to the supplied product description, one EMS can manage up to five parallel units, subject to the approved system architecture.
This arrangement offers a structured approach to scaling energy storage capacity across commercial buildings, industrial facilities, and distributed energy projects. Parallel configurations must follow the manufacturer’s approved electrical, communication, and protection requirements.
Compact Cabinet for Practical Deployment
The cabinet measures 1,050 × 1,300 × 2,250mm, including lifting rings, and weighs approximately 2,600kg. Its integrated design helps reduce the need to install separate battery, conversion, and control equipment cabinets.
The battery protection rating is IP67, while the overall enclosure is rated IP54, according to the supplied specifications. Installation planning should account for lifting access, foundation loading, electrical clearances, cooling requirements, and maintenance access.
Typical Applications
- Commercial and industrial energy management
- Factory and industrial park energy storage
- Solar PV self-consumption and energy shifting
- Peak shaving and demand management
- Distributed energy storage projects
- Commercial backup power, where the configured system supports the required backup operation
- Modular energy storage deployments
Eneruvo Energy Storage Solutions
Eneruvo develops energy storage solutions for commercial and industrial applications, with a focus on integrated system design and flexible project configuration.
The 261kWh integrated system combines battery storage, power conversion, and energy management in a single cabinet, helping project developers simplify system integration and plan for future expansion.
Contact Eneruvo to discuss system compatibility, project configuration, PV integration, and application-specific energy storage requirements.
| Category | Parameter | Specification |
|---|---|---|
| Battery | Cell Type | LFP 314Ah |
| Battery | Pack Configuration | 1P52S |
| Battery | Energy per Pack | 52.25kWh |
| Battery | Number of Packs | 5 |
| Battery | Total Nominal Energy | Approx. 261kWh |
| Battery | Voltage Range | 728–936V DC* |
| Battery | Maximum Charge/Discharge Rate | ≤0.5C |
| Battery | Depth of Discharge | Up to 95% |
| Battery | Cycle Life | 8,000 cycles at 0.5P, 25 ± 2°C, to 70% SOH |
| PCS | Maximum Input Power | 200kW |
| PCS | Maximum Input Current | 296A |
| PCS | Rated AC Power | 125kW |
| PCS | Maximum AC Power | 137.5kW |
