Research on Smart Nuclear Power Construction Based on Digitalization and System Engineering in TNPS

Qiang Yang
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Abstract

In order to solve the digital transformation problems faced by Jiangsu Nuclear Power Station (TNPS) under the complex situation, and to benchmark advanced enterprises to improve the current digitalization level, TNPS established a special organization to carry out the V-type system construction method which covers user needs, functional requirements, architecture design, detailed design, code implementation, unit testing, integration testing, system testing, acceptance testing, etc. TNPS is carrying out the top-level design and application implementation of intelligent station, support platform and network construction and existing information systems based on the foundation functional and digital transformation, smart application and decision-making platform construction as the main body of the smart power plant implementation plan, and combed the application scenarios from the four dimensions of “personnel, equipment, environment, and operation”, and introduced smart nuclear power using smart construction sites and smart outage as examples Implementation content and solutions for typical applications. This work has advanced design and complete system, which has certain reference significance for nuclear power enterprises to carry out digital and intelligent transformation.
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基于数字化和系统工程的TNPS智能核电建设研究
为解决江苏核电站在复杂形势下面临的数字化转型问题,为对标先进企业提升当前数字化水平,江苏核电站专门组织开展了涵盖用户需求、功能需求、架构设计、详细设计、代码实现、单元测试、集成测试、系统测试、验收测试等内容的v型系统建设方法。TNPS以智能电站实施方案为主体,以基础功能和数字化转型、智能应用和决策平台建设为基础,对智能电站、支撑平台和网络建设及现有信息系统进行顶层设计和应用实施,并从“人员、设备、环境、运行”四个维度对应用场景进行梳理;以智能施工现场和智能停运为例,介绍了智能核电的典型应用实施内容和解决方案。本工作设计先进,系统完整,对核电企业进行数字化、智能化转型具有一定的参考意义。
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