en.Wedoany.com Reported - Recently, the "Xiaoyi City Beijing Jinhaizhi 100MW Energy Storage Frequency Regulation Power Station Project" reached a significant milestone as the first batch of flywheel equipment was loaded and officially dispatched from the factory area of Wuhan Daquan Energy Technology Co., Ltd. As the core energy storage unit of the project, this batch of equipment will be used for regional power grid frequency regulation, marking the project's official transition from the preliminary preparation phase to the on-site implementation phase.
The flywheel equipment dispatched this time has its main bodies manufactured by Xiangtan Electric Manufacturing Group Co., Ltd. (XEMC), leveraging its accumulated expertise in the electrical equipment field to ensure the reliability and stability of the equipment. Wuhan Daquan, utilizing its military technology reserves, combined with multiple independent patents, and collaborating with Donghu Laboratory for system integration and commissioning, has enabled the flywheel system to meet "military-grade" standards in response speed and operational smoothness, providing technical support for the efficient operation of the energy storage frequency regulation power station.
The "Xiaoyi City Beijing Jinhaizhi 100MW Energy Storage Frequency Regulation Power Station Project" integrates industrial resources from multiple parties, aiming to build an advanced energy storage frequency regulation facility. The advantages of flywheel energy storage lie in its fast charge/discharge response and long cycle life, which can effectively support power grid frequency stability. After this batch of equipment arrives on site, it will successively enter the installation and grid-connection stages. All project participants will continue to collaborate to promote the orderly connection of the entire process of transportation, construction, and commissioning.
Currently, with the accelerated construction of new power systems, short-duration, high-frequency regulation technologies such as flywheel energy storage are gaining more applications. Once fully completed and operational, this power station is expected to enhance the frequency regulation capability and operational resilience of the regional power grid, providing practical assistance for the optimization of the local energy structure.
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