摘要
工业循环水系统如同工业生产过程的生命线,运行能耗巨大。因此,对于工业循环水节能优化技术的研究意义非凡。本论文研发了工业循环水系统组合节能演示实验装置,适用于模拟采取多种节能措施的工业循环水系统,可通过实验得到不同的节能效果。利用solidworks设计并加工制造了工业循环水系统实验平台,利用辛普森公式及热力学理论的二维计算方法得到实验装置的冷却性能,并详细分析该冷却系统的影响因素,验证了冷却系统的可行性。分析了工业循环水节能演示装置的电气控制策略及控制系统,有效满足节能优化技术实验要求。
Industrial circulating water system works as the lifeline of the industrial production process, and energy consumption is huge. Therefore, research on technology for energy conservation and optimization of industrial refrigerating water circulation system is worthwhile. The research and development of the industrial circulating water system energy-saving demonstration experiment device is applicable, to the simulation of taking a variety of energy-saving measures in industrial circulating water system, and different energy saving effect is obtained by experiments. The experimental platform of industrial circulating water system is manufactured, and the models are established by using Solidworks sofiwars. Using the Simpson formula and thermodynamic theory of two-dimensional calculation method to get the cooling performance of the experimental apparatus, it analyzes the influencing factors of the cooling system in detai＇l and verifies the feasibility of the cooling system. Analysis of the industrial circulating water energy-saving demonstration device of electric control strategy and control system, effe＇ctively meeting the requirement of energy saving optimization technology experiment.
出处
《机械设计与制造》
北大核心
2015年第11期148-151,共4页
Machinery Design & Manufacture
基金
上海市科学技术委员会科研计划项目(13dz1201701)
关键词
工业循环水系统
节能
热力学理论
控制策略
Industrial Circulating Water System
Energy-Saving
Thermodynamic Theory
Control Strategy
