PEMFC Success Story

Hydrogen fuel cells can be used for backup power in telecommunications base stations, remote areas, disaster relief centers, and industrial hydrogen power generation.

The system can be divided into pure hydrogen type and methanol reforming type. The pure hydrogen type directly uses hydrogen from steel cylinders, while the methanol reforming type uses methanol water. After going through the methanol reformer to produce hydrogen, it is provided to the fuel cells for power generation. The advantage of the pure hydrogen type is the lower construction cost, while the advantage of the methanol reforming type lies in the ease of fuel transportation and storage.

Below are successful case studies:

Huafan University 2018/11
Specifications: 48VDC,15kW
Lala Mountain Visitor Center  2018/8
Specifications: 48VDC,15kW
Shuangxi Activity Center  2017/12
Specifications: 48VDC,20kW
National Taiwan Ocean University  2017/9
Specifications: 48VDC,20kW
National Sun Yat-sen University  2017/9
Specifications: 48VDC,22kW
National Taitung University  2017/7
Specifications: 48VDC,26kW
National Chung Cheng University  2016/11
Specifications: 48VDC,22kW
National United University  2016/7
Specifications: 48VDC,26kW
Department of Sports, Taipei City Government  2015/7
Specifications: 48VDC,22kW
YeeFong Chemical & Industrial Co., Ltd. Industrial hydrogen power generation  2011/10
Specifications: 440VAC,40kW
Taiwan Power Research Institute 2018/1
Specifications: 380VDC→380VAC,
40kW Microgrid integration
Taiwan Power Research Institute 2018/1
Specifications: 380VDC→380VAC,
40kW Microgrid integration
Mt. DaDu Base Station  2014/8
Specifications: 48VDC,5kW
Yuanli Base Station  2014/8
Specifications: 48VDC,5kW
Sanyi Base Station  2014/7
Specifications: 48VDC,5kW
Nanzhuang Base Station  2014/7
Specifications: 48VDC,5kW
Bihu Base Station  2014/7
Specifications: 48VDC,5kW
Daiyuku Base Station  2014/7
Specifications: 48VDC,5kW
Tiansongpi Base Station  2014/4
Specifications: 48VDC,5kW
Jhumen Base Station  2014/2
Specifications: 48VDC,5kW
Linyuan Base Station  2014/2
Specifications: 48VDC,5kW
Luzhu Unelectra International Corp. Base Station  2013/3
Specifications: 48VDC,5kW
Beihai Base Station 2012/11
Specifications: 48VDC,5kW
Jiangsu Huaian Base Station  2011/11
Specifications: 48VDC,5kW
Qingshan Valley Base Station  2012/8
Specifications: 48VDC,5kW
China University of Technology Base Station  2012/8
Specifications: 48VDC,1kW
Zhonghe Xingnan Base Station  2012/8
Specifications: 48VDC,1kW
Sanzhi Coast Base Station  2011/6
Specifications: 48VDC,5kW
Mame Base Station  2009/12
Specifications: 48VDC,5kW
Meishan Base Station  2016/7
Specifications: 48VDC,5kW
National Taiwan University of Science and Technology 2014/5
Specifications: 110VAC,20kW
Xinpu Chemical Fiber Factory  2012/11
Specifications: 220VAC,10kW
Zhishan Rock Activity Center  2015/8
Specifications: 220VAC,5kW
FRESER INTERNATIONAL CORPORATION  2014/5
Specifications: 220VAC,5kW
Taipei Da’an Forest Park  2013/4
Specifications: 220VAC,2kW
Dacheng Elementary School  2012/10
Specifications: 220VAC,5kW
Fudan Senior High School  2012/10
Specifications: 220VAC,10kW
Changhua Christian Hospital  2011/6
Specifications: 110VAC,40kW
Zhongli Railway Station  2011/7
Specifications: 24VDC,1kW
Hsinchu City Fire Department  2009/1
Specifications: 48VDC,5kW