500kW / 2MWh Containerized Battery Energy Storage System
Eneruvo’s 500kW / 2.058MWh containerized battery energy storage system is designed for commercial and industrial energy storage, solar-plus-storage and microgrid applications. Featuring LFP battery technology and a containerized system architecture, it provides high-capacity energy storage for applications requiring sustained power delivery, flexible energy management and reliable integration with renewable energy sources.
Key Features 500kW 2MWh energy storage system
- 2.058MWh LFP Battery Storage: High-capacity energy storage using 314Ah lithium iron phosphate cells.
- 500kW Rated Power: Designed for commercial and industrial energy storage applications.
- Four-Hour-Class Energy Storage: A nominal energy-to-power ratio of approximately 4.1 hours.
- Containerized System Design: Integrated equipment housed in a 40-foot high-cube container, subject to final configuration.
- Microgrid Compatibility: Designed for grid-connected and off-grid applications, depending on the selected system configuration.
- Solar-Plus-Storage Integration: External MPPT controller options available for compatible PV system designs.
- Flexible Project Applications: Suitable for industrial facilities, commercial buildings and distributed energy systems.
500kW / 2MWh Battery Energy Storage for Commercial and Industrial Applications
The Eneruvo 500kW / 2.058MWh containerized battery energy storage system is designed for commercial and industrial facilities, renewable energy projects and microgrid applications. Combining a high-capacity LFP battery system with a 500kW power conversion configuration, it provides a containerized solution for energy storage and flexible power management.
High-Capacity LFP Battery Storage
The system features a nominal battery energy capacity of 2,058kWh using lithium iron phosphate battery technology and 314Ah cells. Its approximately four-hour nominal energy-to-power ratio makes it suitable for applications requiring sustained energy delivery, subject to the final usable capacity and operating conditions.
Containerized Energy Storage Design
The system is designed around a 40-foot high-cube container architecture to support equipment integration, transportation and on-site installation. Containerized integration can simplify project deployment and coordination for EPC contractors, system integrators and industrial energy users.
Flexible Microgrid Applications
The 500kW / 2MWh-class configuration can support commercial and industrial energy storage, solar-plus-storage projects, distributed power systems and microgrid applications. Grid-connected and off-grid capabilities depend on the selected inverter configuration, protection design and project requirements.
Solar PV Integration
For renewable energy projects, compatible external MPPT controllers can be incorporated into the system design. PV capacity, controller quantity, voltage range and battery charging limits should be matched to the final project configuration.
Eneruvo Energy Storage Solutions
Eneruvo provides commercial and industrial battery energy storage solutions for project developers, EPC contractors, system integrators and distributors. Contact Eneruvo to discuss your required power rating, storage duration, PV configuration and microgrid operating requirements.
A. Battery System
| Parameter | Specification |
|---|---|
| Battery Chemistry | Lithium Iron Phosphate (LFP) |
| Cell Capacity | 314Ah |
| Charge / Discharge Rate | 0.5C |
| Battery Pack Configuration | 16.077kWh, 1P16S |
| Number of Battery Packs | 128 |
| Nominal Battery Energy | 2,058kWh |
B. Power Conversion System — AC Side
| Parameter | Specification |
|---|---|
| Rated AC Power | 500kW |
| Rated AC Voltage | 400V, subject to confirmation |
| Rated Frequency | 50 / 60Hz, subject to confirmation |
| Rated AC Current | To be confirmed against the final PCS specification |
| Grid-Connected Current THD (THDi) | To be confirmed |
| Power Factor | To be confirmed |
| Grid / Off-Grid Switching Time | To be confirmed |
| Off-Grid Output Voltage THD (THDu) | To be confirmed |
C. Main System Specifications
| Parameter | Specification |
|---|---|
| Container Type | 40-Foot High-Cube Container |
| Container Dimensions (L × W × H) | 12,192 × 2,438 × 2,896mm, subject to confirmation |
| Total System Weight | To be confirmed |
| Operating Temperature | To be confirmed for the 500kW configuration |
| Enclosure Protection | To be confirmed |
| Cooling Method | To be confirmed |
D. External MPPT Controller — Optional PV Configuration
| Parameter | Specification |
|---|---|
| Controller Rated Output Power | 120kW per unit, if selected |
| Total Connected PV Power | To be confirmed |
| MPPT Voltage Range | 200–900V, subject to controller confirmation |
| Full-Load MPPT Voltage Range | 560–900V, subject to controller confirmation |
| Maximum PV Branch Current | 20A per branch, subject to confirmation |
| PV Input Branches | To be confirmed |
| Number of MPPTs | 4 per controller, subject to confirmation |
| MPPT Current per Channel | 55A, subject to confirmation |
| DC Output Voltage Range | 600–950V, subject to confirmation |
| Rated Output Current | 168A per 120kW controller, subject to confirmation |
| Enclosure Protection | IP65, subject to confirmation |
| Cooling Method | Intelligent air cooling, subject to confirmation |
| Dimensions (W × D × H) | 610 × 480 × 260mm, subject to confirmation |
| Weight | 25kg per controller, subject to confirmation |
| Communication Interface | RS485, subject to confirmation |
