Gotion 20 MWh Grid Solution

Gotion 20 MWh Grid Solution

Utility-Scale Lithium-Ion Energy Storage System

Engineered for Maximum Reliability. Built for Safety. Designed for Utility Growth.

GOTION’s 20 MWh energy storage system is a ultra-large, utility-scale lithium iron phosphate (LFP) solution engineered for massive renewable energy plants, grid stabilization, and industrial infrastructure.

Housed in robust containerized units, it provides high safety, long operational life, and dependable performance for peak shaving, renewable integration, load shifting, and backup power on the megawatt-hour scale.

The 20 MWh solution is fully scalable and modular, allowing operators to expand capacity easily to meet large utility or industrial energy demands.

Containerized, Integrated Architecture

The 20 MWh system comes as a fully integrated containerized solution, including:

High-capacity LFP battery racks, Battery Management System (BMS), Battery Control Module (BCM), Thermal management system (liquid or air cooling), Fire detection and suppression system, Safety and protection mechanisms, Communication interfaces (LAN / RS485 / CAN).

This design ensures safe, reliable operation, fast deployment, and modular scalability for multi-container utility-scale projects.

Typical Applications

·       Grid stabilization for national or regional networks.

·       Renewable energy integration (solar and wind).

·       Peak shaving for industrial or utility loads.

·       Energy arbitrage / load shifting for cost optimization.

·       Microgrid backup and critical infrastructure support.

Key Advantages

1.     Ultra-High Capacity: 20 MWh per container reduces footprint while providing massive energy storage for grid or industrial applications.

2.     Advanced Safety: LFP battery chemistry with excellent thermal stability, multi-layer protection, fire suppression, emergency shutdown, and independent safety zones.

3.     Long Operational Life: Designed for high cycle life (>12,000 cycles depending on configuration), supporting over a decade of continuous utility-scale operation.

4.     Scalable & Modular Architecture: Multiple containers can operate in parallel to meet the largest energy storage demands, supporting full utility-scale plants.

5.     Outdoor-Ready Industrial Design: Weather-resistant container built to withstand harsh climates, remote locations, and industrial environments.

6.     Intelligent Energy Management:Compatible with advanced EMS for real-time monitoring, remote control, and automated energy optimization.