The Challenge

The park's energy load had increased dramatically due to factory expansions and automation upgrades. Facility managers needed a stable, scalable energy storage system that could not only support peak shaving but also maintain high performance over time — even under continuous, high-load operations. Reliability, safety, and energy efficiency were non-negotiable. 

The Solution: System by SolarEast

At the heart of this system is SoalrEast's advanced liquid cooling technology, delivering stable thermal control across all modules — a key factor in achieving consistent performance at 90% Depth of Discharge (DoD). The system boasts a high efficiency of 89%, with an integrated Power Conversion System (PCS), optional Maximum Power Point Tracking (MPPT) controllers, and static transfer switches (STS) ensuring smooth grid interaction and fast response.

Why It Works

- Plug-and-play installation minimized downtime during deployment

- True modularity enabled flexible scaling for future load growth

- IP54 protection ensures durability in industrial settings

Since commissioning, the energy storage system has enabled the industrial park to significantly reduce peak energy costs and improve grid stability. Operators now enjoy extended battery life — retaining 80% capacity after 6,500 cycles, and far fewer maintenance interruptions thanks to the liquid-cooled design that mitigates overheating risks.

This project exemplifies how industrial zones can embrace energy innovation to achieve sustainability goals, improve cost efficiency, and future-proof their operations. 

Discover how SolarEast  100kW/215kWh Liquid-Cooled System is transforming power management at Foshan's industrial hub. This innovative solution ensures peak shaving, high performance, and cost efficiency, making it a game-changer for industrial energy needs. Learn how this system is setting a new standard for sustainability and operational excellence.