8,800+
Cycle life
Storage systems made for dependable renewable energy
Our 5MWh-class liquid-cooled battery energy storage system stores renewable energy, supports grid stability, and helps clean energy stay available beyond generation hours.
Renewable energy needsstorage that works beyond
Wind and solar generation can change with time, weather, demand, and grid conditions. Storage helps bridge that gap by storing energy when it is available and releasing it when your system needs support. Designed for peak management, renewable balancing, frequency support, and dependable energy availability.
Generation variability
Renewable energy systems need storage to manage changing wind, solar, and demand patterns.
Grid responsiveness
Modern energy systems need connected storage that can support grid stability and power quality.
Operating continuity
Energy availability must extend beyond generation hours to support commercial priorities and operational goals.
Storage that keeps clean energy dependable and round-the-clock
A utility-scale battery energy storage system designed with LFP chemistry, liquid cooling, multi-level battery management, and integrated fire safety. Built to support renewable energy systems with reliability, visibility, and stronger control.
High-density energy storage
A 5MWh-class containerised storage system designed to hold renewable energy at utility scale and release it when needed.
5.016 MWh rated DC energy | 20-foot ISO container | LFP chemistry | Utility-scale storage
Liquid-cooled performance
A glycol-based liquid cooling system helps maintain battery temperature across operating conditions, supporting cycle life and consistent performance.
Liquid cooling | Thermal management | Temperature uniformity | High-temperature readiness
Built-in system intelligence
Multi-level BMS architecture tracks cell, rack, and system-level performance to support real-time telemetry, alarms, protections, and control interlocks.
Module BMS | Rack BMS | System BMS | SCADA interface
5.016
MWh Rated DC energy
≥94%
Round trip efficiency
2.5
MW Charge/discharge power
One storage system. Multiple energy roles
Our storage is designed to support renewable energy systems across use cases, from hybrid energy balancing to peak management and grid support.
Energy shifting
Store clean energy when generation is available and release it when demand requires support.
Peak management
Support demand-side energy needs by helping manage peak load periods and improve energy availability.
Hybrid system balancing
Work with wind and solar generation to improve renewable availability and make generation profiles more dependable.
Frequency support
Support grid stability with responsive storage designed for modern interconnection and control requirements.
Ancillary services readiness
Enable energy systems to participate in grid-supporting applications where project conditions allow.
Storage helps renewable energy stay available when demand continues
Renewable energy generation and energy demand do not always move together. Storage helps store energy during generation windows and release it when systems require support. This helps renewable energy become more dependable, responsive, and operationally ready across changing demand conditions.
What Storage enables:
- Peak shifting
- Renewable balancing
- Frequency support
- Grid responsiveness
- Dispatchable clean energy
Made to operate with control in demanding conditions
Storage systems are designed for India's operating environment, from high temperatures and humidity to dust-prone sites and grid conditions. Its safety architecture combines thermal management, multi-level monitoring, protection systems, and fire response.
- -20°C to +55°C operating ambient temperature
- Liquid cooling for thermal management
- IP55 enclosure and IP67 battery modules
- Five-stage fire safety concept
- Multi-level battery management system
Connected storage for modern energy systems
Our storage supports modern energy system integration through communication interfaces, safety connections, and grid-aligned protocols. Built for system visibility, control, and renewable energy coordination.
SCADA interface
PCS / EMS / BMS integration
Modbus TCP, IEC 61850, IEC 60870-5-104
Digital I/O and E-Stop chain integration
Grid and safety standards alignment
Storage is one part of the connected good energy ecosystem
Store clean energy.Use it with confidence
Explore how storage helps renewable energy systems become more dependable,
connected, and ready for real operating conditions.
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