核燃料设计与性能分析平台的研发

Research and Development of Nuclear Fuel Design and Performance Analysis Platform

目前核燃料性能分析领域存在软件版本多、设计数据分散、设计平台没有统一、设计过程难以管理等问题,难以适应目前面临的多机组、多技术路线、快速迭代的核电项目设计发展形势。核燃料设计与性能分析平台(FEPAC)在集成核燃料分析软件的基础上,实现了对核燃料设计上游接口、创建算例、提取结果、验证设计准则、生成工程报告和记录安审反馈等全过程管理,达到了管控集中、流程规范、过程受控、效率提升、减少人因错误等目的。平台不仅便于各款软件及时更新和共享,而且简单直观的标准化操作界面提高了业务人员设计的效率和质量,为燃料软件研发和工程分析提供了保障。

At present, there are many problems in the field of nuclear fuel performance analysis, such as many software versions, scattered design data, lack of uniform design platform, difficult management of design process, etc. It is difficult to adapt to the current situation of nuclear power project design and development facing multi-unit, multi-technology line and rapid iteration. The Nuclear Fuel Design and Performance Analysis Platform (FEPAC) integrates software for nuclear fuel analysis, realizes the whole process management of the upstream interface of nuclear fuel design, the creation of calculation cases, the extraction of calculation results, the verification of design criteria, the generation of engineering reports and the recording of security review feedback, and achieves centralized management and control, process specification, process control, efficiency improvement, and human error reduction. The platform not only facilitates the timely updating and sharing of all kinds of software, but also improves the efficiency and quality of business personnel design through a simple and intuitive standardized operation interface , which provides a guarantee for the development of fuel software and engineering analysis.