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A bibliometric analysis of Stirling engine and in-depth review of its application for energy supply systems

energy Reviews 2023年第4期2卷 12-34页

作者： Lanlan Zhang Kai Han Yongzhen Wang Yilin Zhu Shengyuan Zhong Geyu Zhong School of Mechanical engineering Beijing Institute of TechnologyBeijing100081China School of energy and environmental engineering Hebei University of TechnologyTianjin300401China Innovation Center in Chongqing Beijing Institute of TechnologyChongqing401120China Institute of engineering Thermophysics Chinese Academy of SciencesBeijing100190China Science and Technology Research Institute China Three Gorges CorporationBeijing100038China

With the great advantages and continuous innovations,prolific research efforts have been devoted to the Stirling engine(Se)domain driven by the sustainability *** this study,a bibliometric analysis is conducted to explore the research tend and hotspots of *** country co-authorship,institute co-authorship and keyword networks are engendered from the visual map using VOSviewer,showing China ranks the first with the total number of published articles and the majority publications are presented by Chinese Academy of *** to the highest node centrality,the research findings in USA can be considered the most influential and greatly worthy being referred,particularly represented by the early contribution for thermo-acoustic *** total 7 keyword clusters are classified through the top terms in Citespace and 4 of them are related to its energy supply system,demonstrating the typical application of Se-based combined heat and power(CHP)and integrated multi-energy complementary system have gained much *** on this,a detailed review of Se-based energy supply systems is further conducted through the system forms,4e performance evaluation and soft model combing optimization *** relevant issues hindering the improvement of these terms are summa-rized,providing the potential guides to help develop the Se-based energy supply system.

关键词： Stirling engine Bibliometric analysis energy supply system 4e performance evaluation Model and optimization

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