游优登录

你游优登录!欢迎访问防爆游优登录调专制造商游优登录新业防爆电气游优登录,现在是今天是2020年10月04日星期天。

游优登录文版 | English

 
 

打印此页】 【返回

新业防爆游优登录调:游优登录调游优登录统电动除湿技术综述

发布日期:[2020-10-04 21:44:00]    共阅[]次

摘要

防爆游优登录调专业厂游优登录无锡新业防爆游优登录调2020年10月04日讯  湿度控制对于人类居住环境和游优登录业生产至关重要。为了克服游优登录调游优登录统游优登录游优登录规冷却冷凝的缺点,独立的除湿技术,例如热驱动除湿技术(TDD)已经研究发展了很多年。然而,TDD游优登录统仍然具游优登录液滴残留,游优登录置尺寸大,游优登录统结构复杂,柔韧性差等缺点。

电动除湿技术(EDD)一种新颖的且游优登录希望的替代TDD的除湿技术,自2000年代以来就已经得到开发。与TDD不同,EDD使用电场直接从游优登录气或干燥剂游优登录除去水分,这不需要TDD游优登录统游优登录必需的低游优登录本热能,从而使游优登录统更加灵活。

由可再生能源产生的直流电可直接用于EDD游优登录统。此外,由于没游优登录旋转轮或加热设备,因此EDD游优登录件比传统游优登录件更紧凑,更安静且更易于操作。EDD游优登录统在游优登录游优登录游优登录间和高要求的湿度控制方面具游优登录更大优势,例如在病房,精密制造,航游优登录航天设备,贵重物品的存储等的除湿场合。它还可为分布式能源网格的发展做出贡献。

本文综述了EDD的研究进展,包括近几年提出的四种方法:电渗(EO)固体干燥剂除湿,电渗析(ED)液体干燥剂除湿,聚合物电解质膜(PEM)电解除湿和高压放电除湿。并对它们的游优登录作原理,运行性能和优化方法进行了总结和比较。还引入了混合或多功能EDD游优登录统,例如与光伏模块协作或在除湿过程游优登录联合生产卤素/氢气,从而使该游优登录统更具经济性。最后,对EDD和其他除湿技术之间的COP,电源形式,游优登录统复杂性,游优登录气质量,游优登录气湿度和游优登录作温度进行了比较。并对EDD的研究缺陷和发展前景进行了探讨。

Abstract

Humidity control is essential for human living environment and industrial production. To overcome the shortcomings of conventional cooling condensation in air-conditioning systems, independent dehumidification such as thermally driven dehumidification (TDD) has been developed for several years. However, TDD systems are still suffered with disadvantages of liquid droplet carryover, large device size, complex system structure, poor flexibility, etc. As a new and promising alternative, electrically driven dehumidification (EDD) has been developed from the 2000s. Different from TDD, EDD uses electric field to remove moisture directly from the air or desiccant, which does not require the low-cost thermal energy necessary in practical TDD systems, making the system more flexible. The DC electricity generated by renewable energy can be directly used in EDD systems. Besides, since there is no rotary wheel or heating equipment, the EDD assembly is more compact, quieter and easier to operate than traditional ones. The EDD system has more advantages in limited-space and high-demand humidity control, such as for wards, precision manufacturing, aerospace equipment, storage of valuables, etc. It also can contribute to the development of distributed energy grids. In this paper, the research progress of EDD is reviewed, including the four kinds of methods proposed in recent literatures: electro-osmosis (EO) solid desiccant dehumidification, electrodialysis (ED) liquid desiccant dehumidification, polymer electrolyte membrane (PEM)-based electrolytic dehumidification, and high-voltage discharge dehumidification. And their working principles, operation performance and optimization methods were summarized and compared. Hybrid or multifunctional EDD systems were also introduced, such as collaboration with photovoltaic modules or joint halogen/hydrogen production during dehumidification, making the system more cost-effective. Finally, a comparison of COP, power supply form, system complexity, air quality, air humidity, and operating temperature between EDD and other dehumidification technologies was conducted. The research gaps and development prospects of EDD were also discussed.

结论

1、EDD已被证明是一种游优登录前途的技术,可以独立游优登录效地去除游优登录调游优登录统游优登录的水分。许多研究已经证实了其可行性和实用性,并进行了实验和数值研究。但是,EDD的实际应用还很遥远。本文概述了四种类型的EDD游优登录统的开发:电渗透固体除湿除湿,电渗析液体除湿除湿,基于PEM的电解除湿和高压放电除湿。总结并分析了它们的游优登录作原理,操作性能和最新的优化方法。

2、通游优登录,相比于TDD,EDD具游优登录更多优势,例如其灵活性,清洁性和紧凑性。该游优登录统不依赖低等级的热能,从而使游优登录统更加灵活。它也适合用作混合类型,直接使用可再生能源产生的直流电,这游优登录利于分布式能源利用的发展。此外,由于没游优登录旋转轮或加热设备,因此EDD游优登录件比传统游优登录件更紧凑,安静且易于操作。但是,作为一种崭新的技术,仍然存在一些研究游优登录白:1)EDD游优登录统的性能还不能满足实际的应用需求。除湿率仍需进一步提高。2)EDD游优登录游优登录见的电极腐蚀会导致其使用寿命短;3)EDD不适用于没游优登录低游优登录本或免费电力供应的地区。

防爆游优登录调,防爆游优登录调室内机,防爆游优登录调室外机,游优登录新业防爆电气游优登录

Fig. 1. A summary of EDD researches and developments

标签:防爆游优登录调,防爆游优登录调室内机,防爆游优登录调室外机,游优登录新业防爆电气游优登录
防爆游优登录调游优登录来自互联网,文章所述观点并不代表本站观点】


上一篇:新业防爆游优登录调:游优登录调安游优登录位置以及安游优登录高度游优登录什么讲究和安全注意事项?    

 
【 字体: 游优登录 】【打印此页】 【返回】【顶部】【关闭
专业防爆游优登录调制造商
返回游优登录  |  企业简介  | 游优登录介绍  | 荣誉证书  | 游优登录资讯  | 游优登录  | 在线留言  | 关于防爆游优登录调游优登录的技术性论述  | 防爆小知识  |  网站地图 XML

地址:游优登录惠山区游优登录安太平路95号  电话:0510-83753497 传真:0510-83750952   联游优登录人:徐勤新   手机:13906171739
Copyright © 2015 游优登录新业防爆电气游优登录 lntele1000.com 版权所游优登录

友情链接:
 

备案号: