循环水系统组合节能实验装置开发

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英文篇名：Development of combined energy-saving experiment device for circulating water system 作者：杨滨 ; 陈池 ; 宋锦春 英文作者：YANG Bin;CHEN Chi;SONG Jinchun;Shanghai Baosteel Energy Service Co.,Ltd.;Northeastern University; 关键词：循环水系统 ; 组合节能 ; 实验装置 英文关键词：circulating water system;;combined energy-saving;;experiment device 中文刊名：宝钢技术 英文刊名：Baosteel Technology 机构：上海宝钢节能环保技术有限公司;东北大学; 出版日期：2019-04-15 出版单位：宝钢技术 年：2019 期：02 基金：上海市科学技术委员会科技攻关计划项目号:13dz1201700 语种：中文; 页：13-17 页数：5 CN：31-1499/TF ISSN：1008-0716 分类号：TQ085

摘要

基于工业循环水系统设计规范,以及采用多种节能技术的对比实验要求,提出循环水系统组合节能实验装置设计原则和功能需求。装置设计包括机械设计、电气控制设计和人机界面设计三部分,系统中融合了高效泵(含高效电动机)、变频调速、水力平衡和流量分配等节能技术,以及压力、流量、温度、开度、液位、电能等检测仪表,为开展不同节能技术组合应用的能效评估提供了实验平台。对比实验表明,该实验装置的各项性能达到了预期功能要求。
        Based on the design code for industrial circulating water systems and the needs of comparative experiments with various energy-saving technologies,the design principle and function requirements of combined energy-saving experiment device for circulating water system were issued.The design of the device includes three parts:mechanical design,electrical control design and human-machine interface design.The device integrates energy-saving technologies such as high-efficiency pump(including high-efficiency motor),variable frequency regulation,hydraulic balance and flow distribution,as well as pressure,flow-rate,temperature,opening,liquid level,electric energy and other detection instruments.It provides an experiment platform for energy efficiency evaluation of different energy-saving technology combinations.Comparative experiments show that the performance of the device meets the expected requirements.

引文

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