100MW/400MWh Independent Energy Storage Station in Hebei, China Officially Commissioned
2026-06-17 13:48
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en.Wedoany.com Reported - On June 15, the 100MW/400MWh independent energy storage station in Guantao County, Handan, Hebei, successfully passed acceptance and officially entered commercial operation.

The project covers an area of approximately 23,000 square meters, deploying 64 energy storage cabinets with a total storage capacity of 400MWh. Based on design operating conditions, the station is expected to generate approximately 182 million kWh of annual discharge and consume about 210 million kWh of new energy annually, effectively promoting regional new energy consumption and optimizing power resource allocation.

In terms of core equipment, the project adopts the new-generation 392Ah large-capacity energy storage cells for large-scale application. Compared with the current mainstream 314Ah energy storage cell solution, the single-cell capacity is increased by approximately 25%, further enhancing energy storage density and space utilization efficiency under the same system scale. The overall system energy conversion efficiency exceeds 94.5%, balancing high efficiency, reliability, and cost-effectiveness, providing strong support for cost reduction and efficiency improvement in large-scale energy storage stations.

The station also includes a 110kV step-up substation and deploys a smart EMS (Energy Management System). As the "smart hub" of the station's operation, the energy management system is based on a dual-network architecture of control network and data network, integrating the Zero-Carbon Ark digital operation and maintenance platform to achieve functions such as equipment status sensing, operational monitoring, safety warning, strategy optimization, and intelligent dispatch.

Leveraging advanced data analysis and optimization algorithms, the system dynamically optimizes charging and discharging strategies based on grid load changes, new energy output fluctuations, and market price signals, enabling refined management and efficient operation of energy storage resources. While ensuring safe and stable station operation, it further enhances the operational efficiency and market value of energy storage assets.

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