作者: Haoyu Xu , Huifeng Ping , Shaowei Qing , Xiaolong Gou
DOI: 10.1109/ICRERA.2015.7418152
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摘要: Low efficiency of the thermoelectric generation system hinders its application in conventional industries and living areas. In order to improve by enhancing heat transfer between high-temperature source modules, optimal structure parameters porous annular flame cover are obtained detailed numerical simulation. Based on this, a prototype generator has been built. The experimental data results show that optimized burner brings higher temperature more uniform distribution hot side modules. output power increase 611.80% 388.35% respectively.