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This paper presents the architecture and functional requirements of diesel generator control systems for nuclear power plant units. It proposes a detailed design methodology based on the NASPIC platform for unit diesel generator control systems, including the implementation of control system cabinets. By leveraging the NASPIC platform’s advantages in high-performance computing, real-time response capability, reliability, and information security, this design effectively fulfills the functional requirements of diesel generator control systems. The control cabinets have demonstrated stable operation in nuclear power plants, validating the effectiveness and reliability of the proposed design.

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Research on the Design of Diesel Generator Control System for Nuclear Power Plant Units Based on NASPIC Platform

  • 会议论文

  • 发表日期：

    2025年

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  • Huaizhi Yu,
  • Qian Huang,
  • Rui Lv,
  • Rui Yang,
  • Zhang Yao,
  • Zonghao Yang

摘要

This paper presents the architecture and functional requirements of diesel generator control systems for nuclear power plant units. It proposes a detailed design methodology based on the NASPIC platform for unit diesel generator control systems, including the implementation of control system cabinets. By leveraging the NASPIC platform’s advantages in high-performance computing, real-time response capability, reliability, and information security, this design effectively fulfills the functional requirements of diesel generator control systems. The control cabinets have demonstrated stable operation in nuclear power plants, validating the effectiveness and reliability of the proposed design.