This system offers a balance of safety, cost-efficiency, and reliability. LFP chemistry ensures thermal stability and long cycle life, while air cooling provides a low-maintenance and cost-effective thermal management solution for 1MWh scale energy storage.

Ideal for commercial and industrial peak shaving, backup power, demand charge reduction, and renewable energy integration (e.g., solar + storage), particularly in regions with moderate ambient temperatures.

Air cooling systems are effective when properly designed with optimized airflow channels, ventilation fans, and monitoring sensors. They ensure safe operation under typical load conditions but may require climate-controlled environments in hot regions.

Each 3.2V/90Ah cell stores approximately 0.288kWh of energy. A 1MWh system integrates thousands of such cells in series-parallel configurations within modular racks and cabinets, managed by a centralized BMS and EMS for optimized performance.

The system includes multi-level protections such as over/under-voltage cutoff, temperature monitoring, fire detection, airflow failure alarms, and remote EMS monitoring to ensure secure and continuous operation.

Yes, the modular architecture allows scalability. Multiple 1MWh units can be paralleled and integrated with PV, diesel, or grid systems to meet larger capacity requirements in microgrids or industrial parks.