Accumulate momentum on the land of Guidong and assist in the development of Bagui! The construction of the highly anticipated Hezhou pumped storage power station in Guangxi has made significant progress. The project's economic benefits and strategic positioning analysis, consulting services, and procurement work have recently officially begun, opening the door to cooperation with high-quality professional consulting agencies and working together to create a new blueprint for regional green energy development. This project is a core key project of Guangxi Energy Group, located in Butou Town, Babu District, Hezhou City. It has a planned installed capacity of 1.4 million kilowatts and a total investment of approximately 8.4 billion yuan. It is currently the largest single energy benchmark project in Hezhou City.

Currently, Guangxi is accelerating the transformation and upgrading of its energy system, and the pace of optimizing its energy structure continues to accelerate. The proportion of new energy installed capacity in the region has risen to 48.5%, making it the largest power source in the region. Wind power and photovoltaic power generation are significantly limited by natural conditions, with large output fluctuations and insufficient stability. The regional power grid urgently needs flexible and reliable regulatory power support. Pumped storage, with its high technological maturity and outstanding comprehensive economic benefits, is currently the optimal choice for large-scale energy storage. Keywords: Hezhou, Guangxi, New Energy, Energy Storage

At present, the application report for the Hezhou Pumped Storage Power Station project has been successfully reviewed, and all preliminary work is steadily progressing. We are making every effort to promote project approval and preparation for commencement. After the project is officially approved, the construction of this giant power grid "energy storage power bank" will start comprehensively, and it is expected to achieve full unit grid connection and production by 2030.Editor/Gong Ziwei