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The Key Equipment of BEST Power Supply System Passed Factory Acceptance
Date:2025-04-09 Views:946
Recently, the first set of core equipment for the BEST power supply system—including three types of wave heating power modules, high-voltage switch cabinets, multi-winding rectifier isolation transformers, and all-solid-state commutation switches—have successfully passed factory acceptance. Meanwhile, the first set of magnet power supply systems has completed production readiness review (PRR). The accepted equipment will be shipped to the project site for installation and debugging, providing strong support for timely completion of the project.
The BEST power supply system adopts multiple independent innovative technologies, characterized by high technical difficulty and complex system integration. It serves not only as the "power engine" of the BEST project but also as a critical link in achieving the project's scientific objectives. As one of the core subsystems of the BEST project, the development of key equipment for the power supply system has achieved several important advancements since the beginning of 2025: The first set of three types of wave heating power modules (including 230 modules and supporting systems) has passed acceptance; 12 high-voltage switch cabinets and 7 multi-winding rectifier isolation transformers have completed factory tests; The first set of all-solid-state commutation switches has been successfully developed and passed multi-condition tests, achieving a key technological breakthrough; The first set of magnet power supply systems has successfully passed the PRR, confirming that production can commence. These achievements mark significant progress in the development of the BEST power supply system, providing a solid foundation for subsequent equipment delivery and system integration.
The successful acceptance of the key equipment for the power supply system not only validates the feasibility of the technical approach, laying a solid foundation for the overall project viability, but also secures valuable time for project construction. Furthermore, it highlights the research team's independent innovation capabilities in the development of core equipment such as high-power power supplies and solid-state switches.
Acceptance site for the first set of three types of wave heating power modules, insulation supports, and integrated high/low-voltage monitoring and control systems
PRR site for the first set of magnet power supply systems
Recently, the first set of core equipment for the BEST power supply system—including three types of wave heating power modules, high-voltage switch cabinets, multi-winding rectifier isolation transformers, and all-solid-state commutation switches—have successfully passed factory acceptance. Meanwhile, the first set of magnet power supply systems has completed production readiness review (PRR). The accepted equipment will be shipped to the project site for installation and debugging, providing strong support for timely completion of the project.
The BEST power supply system adopts multiple independent innovative technologies, characterized by high technical difficulty and complex system integration. It serves not only as the "power engine" of the BEST project but also as a critical link in achieving the project's scientific objectives. As one of the core subsystems of the BEST project, the development of key equipment for the power supply system has achieved several important advancements since the beginning of 2025: The first set of three types of wave heating power modules (including 230 modules and supporting systems) has passed acceptance; 12 high-voltage switch cabinets and 7 multi-winding rectifier isolation transformers have completed factory tests; The first set of all-solid-state commutation switches has been successfully developed and passed multi-condition tests, achieving a key technological breakthrough; The first set of magnet power supply systems has successfully passed the PRR, confirming that production can commence. These achievements mark significant progress in the development of the BEST power supply system, providing a solid foundation for subsequent equipment delivery and system integration.
The successful acceptance of the key equipment for the power supply system not only validates the feasibility of the technical approach, laying a solid foundation for the overall project viability, but also secures valuable time for project construction. Furthermore, it highlights the research team's independent innovation capabilities in the development of core equipment such as high-power power supplies and solid-state switches.
Acceptance site for the first set of three types of wave heating power modules, insulation supports, and integrated high/low-voltage monitoring and control systems
PRR site for the first set of magnet power supply systems
