Research on Construction Design and Technical Path of Intelligent Coal-fired Power Plants under Digital Transformation Background

Shan Lu, Zhang Hailong, Kong Zhen
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Abstract

Thermal power enterprises are facing external pressure such as energy structural change, stringent safety and environmental policies. Endogenous demands of survival and development drive thermal power enterprises to carry out digital transformation. This article proposes an intelligent coal-fired power plant construction plan with a two-level architecture design that considers intelligent production in power plants and regional collaborative management in a certain region. The article also gives some research direction of key technologies such as ubiquitous sensing data network and data center construction, depth analysis of the data, optimal control and deep peak regulation technology, and intelligent security management technologies. Based on advanced information technology, communication technology and control technology, effectively turn the vast number of operation data into knowledge and action, to achieve safer, more efficient and cleaner thermal power generation.
数字化转型背景下智能燃煤电厂建设设计与技术路径研究
火电企业面临能源结构变化等外部压力,严格的安全和环保政策。生存和发展的内生需求驱动着火电企业进行数字化转型。本文提出了一种考虑电厂智能生产和区域协同管理的两级架构设计的智能燃煤电厂建设方案。提出了泛在传感数据网络与数据中心建设、数据深度分析、最优控制与深度调峰技术、智能安防管理技术等关键技术的研究方向。依托先进的信息技术、通信技术和控制技术,有效地将大量运行数据转化为知识和行动,实现更安全、更高效、更清洁的火力发电。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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