Gotion 2703 KWh Grid Solution

Gotion 2703 kWh Grid Solution

Utility-Scale Lithium-Ion Energy Storage System

Built for the Grid. Engineered for Safety. Designed to Scale.

GOTION’s 2703 kWh energy storage system is a high-capacity lithium iron phosphate (LFP) battery solution designed for utility, industrial, and infrastructure applications.

Housed in a robust containerized structure, the system delivers high safety, long operational life, and reliable performance for renewable energy integration, peak-load management, and grid stabilization.

It provides a scalable, medium-to-large capacity solution to improve power reliability, optimize energy usage, and reduce operational costs.

Containerized System Design

The 2703 kWh Grid solution is delivered as a fully integrated, containerized energy storage system, including:

Battery racks, Battery Management System (BMS), Battery Control Module (BCM), thermal management system, fire detection and suppression systems, safety and protection mechanisms, and communication interfaces (LAN / RS485 / CAN).

This architecture ensures safe and reliable operation while allowing easy transportation, fast installation, and parallel expansion for larger grid-scale projects.

What is it used for?

o   Peak Shaving: Reduces electricity costs during high-demand periods.

o   Renewable Integration: Stores excess solar or wind energy for later use.

o   Grid Stabilization: Supports frequency and voltage regulation.

o   Backup Power: Provides high-capacity energy during outages.

o   Load Shifting / Energy Arbitrage: Optimizes energy use based on tariff structures.

Key Advantages

       i.          High Safety: LFP battery chemistry with excellent thermal stability, multi-layer protection, advanced thermal management, fire detection and suppression systems, emergency shutdown, and independent safety zones.

     ii.          Long Lifespan: Designed for high cycle life (up to ~12,000 cycles depending on configuration), enabling reliable operation for more than a decade in utility and industrial environments.

   iii.          Scalable Architecture: Modular, containerized design allows multiple units to operate in parallel, supporting projects from a few megawatt-hours to full utility-scale installations.

   iv.          Outdoor-Ready Container: Industrial-grade, weather-resistant enclosure designed for harsh environments, suitable for solar farms, wind plants, industrial sites, and utility yards.

     v.          Intelligent Control: Advanced EMS enables real-time monitoring, remote operation, and automated energy optimization for maximum system efficiency.

   vi.          Grid-Ready Integration: Compatible with utility grids, renewable plants, microgrids, and large industrial facilities, supporting a wide range of grid services.