GENSTOR – 500 KW / 1 MWH
All-in-One C&I Energy Storage System
Container - Battery Energy Storage System
Container - Battery Energy Storage System
*Note: Product image is for illustrative purposes only and may differ from the actual product features based on Use case Requirements.
*Note: Specifications subject to change; as per the actual use case Requirement
Proactive Alert Cell-level monitoring, early warning
Multi-Level Protection Pack, cluster, cabin isolation
Fire & Explosion Prevention Triple fire protection, vent design
High Conversion System efficiency >=87%
AI-Powered Scheduling Optimized energy dispatch
Maximized ROI Peak shaving & other revenue streams
Cloud Diagnosis Fault identification in seconds
Remote Management Cloud-based monitoring & control
24/7 technical supporting Expert team always on watch
Plug & Play Pre-installed, powered on arrival
Time Saving Drastically reduces installation time
Scalable Design Modular expansion as needed
The GENSTOR – 1 MWH is a containerized Battery Energy Storage System designed for utility-scale, industrial, and renewable energy applications including peak shaving, load shifting, backup power, renewable integration, frequency regulation, and microgrid support.
The system uses advanced LFP (Lithium Iron Phosphate) battery technology, selected for its safety, thermal stability, long cycle life, and operational reliability in demanding energy storage applications.
The system offers approximately 1.2 MWh energy capacity with 500 kW rated power output. It includes integrated BMS, PCS, fire protection systems, thermal management, RS485/Ethernet communication support, and IP54 protection for industrial operation.
The system includes multi-level fire protection, aerosol and water-based suppression systems, intelligent cooling systems, temperature monitoring, and integrated battery management controls designed to support safe and stable operation.
Yes, the system is designed to integrate with solar and renewable energy systems for applications such as energy shifting, grid support, power quality improvement, and demand-side energy management.
The system supports remote monitoring and communication through Modbus, RS485, and Ethernet interfaces, enabling operational monitoring, performance management, diagnostics, and integration with energy management systems.
