分布式质子交换膜燃料电池设备综述

Zhai Junxiang, G. He, Congmin Liu, Xu Zhuang, Zhonghui Tian
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摘要

分布式质子交换膜燃料电池(PEMFC)具有高效、环保、可靠、响应迅速等特点,是分布式发电设备的首选之一。它们可用于不同的场合,如住宅,通讯站和化学工业。介绍了热电联产、备用电源和固定电站,详细介绍了它们的系统结构、技术指标和销售分布。热电联产主要应用于日本和欧洲,尤其是日本。PEMFC备用电源主要由大型网络和通信公司进行,全球约有900台,实际使用的PEMFC电站实例较少。通过对典型案例的分析,总结了分布式PEMFC设备的实际运行情况及故障原因。根据这一分析,研究将得到更好的发展。同时,从经济性的角度对分布式电力设备进行了总结。最后指出了国内分布式PEMFC的应用。总体而言,分布式PEMFC在我国受到的关注较少。然而,由于化学工业众多,副产品中氢含量丰富。随着PEMFC技术的成熟和成本的下降,基于资源综合利用的PEMFC电站是适合我国的一种模式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Overview on Equipment of Distributed Proton Exchange Membrane Fuel Cell
Distributed proton exchange membrane fuel cell (PEMFC) is one of choices for distributed power equipment, which is efficient, eco-friendly, reliable and responsive. They can be used in different occasions such as house, communication stations and chemical industry. This paper introduces combined heat and power (CHP), backup power and stationary power station, and details their system structure, technical specification and sales distribution. CHP are mainly applied in Japan and Europe, especially in Japan. PEMFC backup power is mainly carried out by large network and communication companies, which are about total 900 units in global, and the actual examples of PEMFC power station are lesser. Through the analysis of representative cases, this paper sums the actual operation and fault cause of distributed PEMFC equipment. Research will be better developed based on this analysis. Meanwhile, this paper sums these distributed power equipment from view of economy. Finally, application of domestic distributed PEMFC is pointed out. Generally speaking, distributed PEMFC receives less attention in our country. However, there are multitudinous chemical industries and so hydrogen in by-product is abundant. As PEMFC technology matures and cost falls, PEMFC power station is a suitable mode for our country based on comprehensive utilization of resources.
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