6.45MW/12.9MWh Energy Storage System at Yangzhou Special Materials Facility
Project Overview
Furen Energy has successfully commissioned a 6.45MW/12.9MWh distributed energy storage system at a Yangzhou-based special materials facility. The project, developed and operated entirely by Furen Energy, is now fully operational and delivering significant economic and environmental benefits to the client.

The Challenge
The facility faced rising electricity costs and sought a way to reduce operational expenses while advancing its sustainability goals. With substantial power consumption and exposure to peak electricity pricing, the client needed a solution that could optimize energy usage without disrupting core manufacturing operations.
The Solution
Furen Energy designed and deployed a tailored energy storage system sized specifically to the facility's load profile. The system operates on a two-cycle-per-day charging and discharging strategy:
Charging during low-cost periods:storing energy when grid electricity is cheapest
Discharging during peak hours:releasing stored energy to power operations, avoiding high demand charges
This approach enables the facility to capture peak-valley price differences and stabilize its energy costs.
Key Results
Energy Shifted Annually: 7.43 GWh of electricity shifted from off-peak to peak periods
Cost Savings: Significant reduction in electricity bills through peak-valley arbitrage
Green Impact: Direct contribution to the client's low-carbon transition, reducing reliance on grid power during peak fossil fuel generation
Full-Scope Service: Furen Energy managed the entire project lifecycle, from investment and construction to ongoing operation and maintenance, ensuring safety, reliability, and long-term profitability
Conclusion
This project demonstrates how tailored energy storage solutions can deliver measurable financial returns while supporting industrial decarbonization. By combining precise system sizing, intelligent dispatch strategies, and end-to-end service, Furen Energy is helping industries transform their energy footprint——one facility at a time.