Call Us: +91 98 701 56427

All Products:

quick contact:

Social Media:

Battery Energy Storage Solutions

Battery Energy Storage Solution (BESS) (5MWh)

Utility-scale battery storage system empowering grid stability, renewable integration, peak demand management, and reliable energy resilience.

Utility-scale containerized storage system delivering 5015kWh rated capacity
Standard 20ft high-cube container format (6058 x 2438 x 2896mm)
LFP prismatic cells (3.2V/314Ah) in 1P416S12P configuration — 4,992 total cells
Battery rack configuration of 8 modules per rack, 12 racks per system
Rack nominal voltage of 1331.2V with a total capacity of 3768Ah
Operating voltage range of 1164.8V–1497.6V for grid-scale integration
Typical charge/discharge duration of 2–4 hours at 0.25C–0.5C max C-rate
90% typical depth of discharge with 4514kWh usable energy
Round-trip efficiency (RTE) of 85%
Advanced liquid cooling (50% ethylene glycol + 50% water) with active thermal management
Auxiliary power consumption of 50kVA/45kW for cooling and control systems

Three-layered BMS architecture: Pack BMU + Rack BMS + Master BMS
Full protection: OV/UV/OC/OT with heat, smoke, and gas detection sensors
Automatic aerosol-based fire suppression with an optional water-based backup system
SCADA-based smart control with Modbus TCP/IP connectivity
UPS backup ensures uninterrupted safety and control during grid disruptions
Fire-resistant container construction with optional C5-H surface coating
Total system weight of approximately 45±1.5 tons
Operating ambient temperature of -10°C to 55°C, altitude up to 3000m (with derating)
Built for utility operators and independent power producers requiring grid-scale renewable storage.

Key Features

Utility-scale containerized storage system delivering 5015kWh rated capacity.
Standard 20ft high-cube container format (6058 x 2438 x 2896mm).
LFP prismatic cells (3.2V/314Ah) in 1P416S12P configuration 4,992 total cells.
Battery rack configuration of 8 modules per rack, 12 racks per system.
Rack nominal voltage of 1331.2V with a total capacity of 3768Ah.
Operating voltage range of 1164.8V–1497.6V for grid-scale integration.
Typical charge/discharge duration of 2–4 hours at 0.25C–0.5C max C-rate.
90% typical depth of discharge with 4514kWh usable energy.
Round-trip efficiency (RTE) of 85%.
Advanced liquid cooling (50% ethylene glycol + 50% water) with active thermal management.
Auxiliary power consumption of 50kVA/45kW for cooling and control systems.
Three-layered BMS architecture: Pack BMU + Rack BMS + Master BMS.
Full protection: OV/UV/OC/OT with heat, smoke, and gas detection sensors.
Automatic aerosol-based fire suppression with an optional water-based backup system.
SCADA-based smart control with Modbus TCP/IP connectivity.
UPS backup ensures uninterrupted safety and control during grid disruptions.
Fire-resistant container construction with optional C5-H surface coating.
Total system weight of approximately 45±1.5 tons.
Operating ambient temperature of -10°C to 55°C, altitude up to 3000m (with derating).
Built for utility operators and independent power producers requiring grid-scale renewable storage.

Powering Smarter Energy for a Sustainable Tomorrow

Get in Touch

©2026 INVERGY Ltd. All Rights Reserved

Design & Developed by ONEDIGITAL