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Recently, the 10.35MW/30.09MWh energy storage project of Anhui Liuguo Chemical Co., Ltd., constructed by Hanxing Energy, was successfully implemented. This project is an important practice of Hanxing Energy in the field of chemical energy storage, and it is also another high standard and replicable benchmark project in the industry, marking a new level of delivery capability for the company's large-scale industrial and commercial energy storage projects.

The project is located in Tongling City, Anhui Province. It has completed the construction of the LiFePO4 battery energy storage system, which adopts a prefabricated cabin integrated design.It includes six 1725kW energy storage converter and boost integrated machines independently developed and designed by Hanxing Smart Energy, as well as six 20-foot 5.015MWh standard liquid-cooled battery compartments. The system is deployed efficiently and operates stably, demonstrating Hanxing's solid technical accumulation and engineering implementation capabilities in large-scale industrial and commercial energy storage projects.

At present, the project has officially been put into "peak shaving and valley filling" operation. It stores electricity during off-peak and flat electricity periods and discharges it for enterprises to use during peak hours, significantly reducing electricity costs by taking advantage of the price difference.The system adopts an intelligent optimization strategy. It is estimated that in the next 15 years, it can bring about 18 million yuan in peak-valley arbitrage profits for enterprises, significantly enhancing their economic benefits and energy usage autonomy.In addition to direct economic returns, this project also holds positive value for grid coordination and environmental protection. The power station can participate in peak shaving and dispatching of the grid, alleviate regional power supply pressure, enhance the stability of grid operation and the capacity for absorbing new energy. While helping enterprises achieve energy conservation and cost reduction, it also injects new impetus into the optimization of the local energy structure and green development.

The successful implementation of this project is an important breakthrough for Hanxing in the planning and implementation of energy storage scenarios in the chemical industry, accumulating experience in system design, construction, and operation in complex industrial environments for the company.

In the future, Hanxing will continue to leverage its professional core energy storage technology, outstanding product quality and full-cycle service system to deeply explore the integration of energy storage technology and scenarios, continuously enhance project delivery and service capabilities, and provide more high-standard and high-efficiency clean energy solutions to assist more industry customers in achieving energy transformation, contributing more "Hanxing power" to the sustainable development of society.