Recently, Far East Battery's first airport energy storage project was successfully delivered and successfully connected to the grid. The implementation of this project is a major breakthrough for Far East Battery in the field of green energy, and continues to contribute to the sustainable energy development of Xining Caojiapu International Airport. The successful implementation of the project is of great significance for promoting the optimization of the airport's energy structure and achieving low-carbon development.

Xining Caojiapu International Airport is the largest international airport on the Qinghai-Tibet Plateau, and there is a strong demand for the economy, reliability and stability of electricity. Based on application requirements, Far East Battery provides 108KW/215KWh standard liquid-cooled outdoor integrated cabinet products with high safety, long life and high energy efficiency. After the project is delivered, the Far East battery energy storage system can cooperate with the intelligent operation of the photovoltaic system, and can be used to store excess electricity when the airport load cannot absorb the photovoltaic power generation. At the same time, combined with the local peak and valley hours, the function of peak shaving and valley filling can be realized, the pressure of peak regulation of the power grid can be alleviated, the allocation of power resources can be optimized, the utilization rate of new energy can be improved, and the income of comprehensive energy projects can be improved.

FEB's 108KW/215KWh standard liquid-cooled outdoor integrated cabinet products use self-developed and self-made power electronic battery packs, which protect the safety of energy storage in an all-round way and ensure the reliability and stability of the system through package-level monitoring and fault isolation. In addition, the product also adopts a new topology technology to optimize the size and efficiency of the whole machine, which can achieve higher energy density, lower LCOE, and less land occupation than conventional energy storage solutions in the industry.

In the process of product delivery, FEB has always been customer-centric, and has established a full-cycle and multi-node service system that runs through the whole cycle of products from R&D, design, procurement, manufacturing, and delivery before, during and after delivery, continuously improving product design capabilities and delivery quality, and helping the project to be successfully connected to the grid.

In the future, FEB will adhere to the customer-centric, supported by innovation capabilities and backed by huge market demand, establish a more diversified product matrix, continue to provide professional energy storage products and services, create value for customer applications and society, and contribute to the global energy transition and sustainable development.