Assessment Fuel Cell Technologies for Stationary Power Generation

• Main Authors: chun shu Wang, 王淳書
• Other Authors: Jaspers, L.B.Chang
• Format: Others
• Language: zh-TW
• Published: 2008
• Online Access: http://ndltd.ncl.edu.tw/handle/69456441590039146953

碩士 === 長庚大學 === 電子工程研究所 === 96 === Recently, current generating plant costs from 9000-NT$14000/KL rise Boiler steam generated by 200-NT$300/Per ton climbed to 800-NT$900, Resulting in the use of heavy oil generator power greatly increased costs, couples with the Kyoto Protocal has come into force on the feb.16, 2005. After all, the use of a fuel cell power generation be an excellent way. In this thesis, was to assessment fuel cell technologies for stationary power generation.The temperature for SOFC can up to 600 -1000 ℃, used in the factory thermal coal temperature is 350 ℃. It can be reduce factory for the use of steam and thermal coal cost. PAFC maximum temperature reached 200 ℃. The PAFC can only reduce the cost of the factory for the use of steam. The results from analysis when the initial purchase cost of SOFC is US$1600-US$3200/KW have commercial value.When the initial purchase cost of PAFC is US$400 have commercial value. Key Words: Solid oxide fuel cell, SOFC; phosphoric acid fuel cells, PAFC; Heavy Oil Generator; Genetic algoriyhm