%0 Journal Article
%T 防护工程中除湿空调机系统优化与应用研究<br>Research on Optimization and Application of Dehumidifying Air Conditioner System in Protection Engineering
%A 苏凤忠
%A 房晓宇
%J Mechanical Engineering and Technology
%P 125-132
%@ 2167-6623
%D 2025
%I Hans Publishing
%R 10.12677/met.2025.142013
%X 除湿空调机组在防护工程中至关重要&#65292;但面临冷凝器结垢、水质问题及智能化水平低等挑战。现有研究缺乏系统性优化方案&#65292;特别是冷凝器结垢的预防和维修机制不完善&#65292;远程监控与智能化管理亟待提升。文章通过加装板式换热器、调整系统布局、引入PLC控制系统及智能化专家知识库技术&#65292;优化冷却水循环&#65292;实现远程监控与故障预警&#65292;有效解决了除湿空调机组的关键问题&#65292;为防护工程提供了高效、可靠的运行解决方案。<br>The dehumidification air conditioning unit is crucial in protective engineering, but it faces challenges such as condenser scaling, water quality issues, and low intelligence levels. Existing research lacks a systematic optimization scheme, particularly regarding the prevention and maintenance mechanisms for condenser scale. Additionally, there is an urgent need to improve remote monitoring and intelligent management. By installing a plate heat exchanger, adjusting the system layout, introducing a PLC control system and intelligent expert knowledge base technology, optimizing cooling water circulation, and implementing remote monitoring and fault warning systems, we can effectively address the key problems of the dehumidification air conditioning unit. This provides an efficient and reliable operation solution for protective projects.
%K 防护工程&#65292
%K 除湿空调机&#65292
%K 冷却水循环&#65292
%K 预警系统<br>Protective Engineering
%K Dehumidifier Air Conditioner
%K Cooling Water Circulation
%K Early Warning System
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=111091