Research on the Application of Intelligent Control in Thermal Automation of Thermal Power Plants

Zhi-Cheng Guan （ China Huaneng Group Co., Ltd. Northern United Power Dalat Power Plant, Ordos, Inner Mongolia, 014300, China ）

Xu Liu （ China Huaneng Group Co., Ltd. Northern United Power Dalat Power Plant, Ordos, Inner Mongolia, 014300,China ）

Wen-Di Jiao （ China Huaneng Group Co., Ltd. Northern United Power Dalat Power Plant, Ordos, Inner Mongolia, 014300,China ）

Xiao-Chao Zhang （ China Huaneng Group Co., Ltd. Northern United Power Dalat Power Plant, Ordos, Inner Mongolia, 014300,China ）

Abstract

This paper delves into the application of intelligent control in the thermal automation of thermal power plants, focusing on its role in optimizing boiler combustion, superheat temperature control, and full-range control of boiler feedwater. By integrating high-precision sensors, data processing algorithms, and intelligent decision-making logic, the intelligent control system achieves real-time monitoring, precise analysis, and intelligent decision-making for the entire production process of thermal power plants, significantly enhancing operational efficiency, energy-saving capabilities, and economic benefits. Additionally, the paper proposes specifc application measures for intelligent control in boiler combustion control, such as data-driven model construction, real-time monitoring and feedback adjustment, and predictive control strategies, providing references for the intelligent development of thermal power plants.

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