时间：12月9日 周三 下午2:00
地点： 力学一楼504楼会议室
报告人：邱宽嵘 研究员
报告人简介：
2001.2－至今：加拿大自然资源部能源技术中心（国家能源实验室）(CanmetEnergy, Natural Resources Canada)，研究员 (Research Scientist)
2005.1－2007.6：中国矿业大学讲座教授
1996.4－2001.1：瑞典Chalmers University of Technology, 博士
1988.3－1996.4：中国矿业大学能源与化工系，讲师、副教授
2001年2月起，在加拿大自然资源部国家能源技术中心工作,现任加拿大国家聘任终身研究员。从事先进发电循环，分布式供电系统新技术和高效能源利用领域的研究。在热光电新技术、ORC技术方面完成了领先的研究工作。 发表论文80余篇。部分论文见： http://www.researchgate.net/profile/Kuanrong_Qiu/publications
研究领域
Advanced and hybrid power cycles; Direct thermal-to-electric energy conversion; Distributed energy systems; Organic Rankine cycles;
报告摘要：
The ORC system investigated in this work consists of a heat source, an evaporator, an expander, a condenser, a fluid pump, a recuperator and a control unit. Since cost-effective expanders for small-scale ORC systems are not available on the market, a novel commercial refrigeration compressor was selected, modified and converted to an efficient expander. The prototype ORC unit has an electric power capacity of 1000 We. Its advantages include short start-up time, clean and automatic operation, low maintenance and very low noise level. It is well suited for small-scale solar thermal power applications or hybrid solar and natural gas energy systems. A mathematical model was established to assess the thermodynamic performance of the ORC system under various conditions.
地点： 力学一楼504楼会议室
报告人：邱宽嵘 研究员
报告人简介：
2001.2－至今：加拿大自然资源部能源技术中心（国家能源实验室）(CanmetEnergy, Natural Resources Canada)，研究员 (Research Scientist)
2005.1－2007.6：中国矿业大学讲座教授
1996.4－2001.1：瑞典Chalmers University of Technology, 博士
1988.3－1996.4：中国矿业大学能源与化工系，讲师、副教授
2001年2月起，在加拿大自然资源部国家能源技术中心工作,现任加拿大国家聘任终身研究员。从事先进发电循环，分布式供电系统新技术和高效能源利用领域的研究。在热光电新技术、ORC技术方面完成了领先的研究工作。 发表论文80余篇。部分论文见： http://www.researchgate.net/profile/Kuanrong_Qiu/publications
研究领域
Advanced and hybrid power cycles; Direct thermal-to-electric energy conversion; Distributed energy systems; Organic Rankine cycles;
报告摘要：
The ORC system investigated in this work consists of a heat source, an evaporator, an expander, a condenser, a fluid pump, a recuperator and a control unit. Since cost-effective expanders for small-scale ORC systems are not available on the market, a novel commercial refrigeration compressor was selected, modified and converted to an efficient expander. The prototype ORC unit has an electric power capacity of 1000 We. Its advantages include short start-up time, clean and automatic operation, low maintenance and very low noise level. It is well suited for small-scale solar thermal power applications or hybrid solar and natural gas energy systems. A mathematical model was established to assess the thermodynamic performance of the ORC system under various conditions.