| dc.description.abstract | With the development of microreactors, a free-piston Stirling engine (FPSE) is an excellent candidate to support the development of microreactors. Based on the advantages of microreactors such as the compact design, long-lasting, highly-efficient, and remote-control operation, an FPSE can provide almost the same requirements. In this paper, a 20 kWel FPSE is proposed to support the development of microreactors. The calculation method was done through matlab to analyze the design with all the significant losses in the engine. Through various designs and operating conditions for the engine, the proposed design has 21.7% efficiency with a total output power of 20.7 kWel. With the testing through different parameters in the engine, the current design is well optimized to balance all the constraints which offers a highly-efficient, compact design, and reliability. However, there is room for improvement during the design process, such as using the heat flux instead of a heat exchanger, robust foil for the regenerator, and simulation through 3D modeling to maximize the potential of the design. This study provides theoretical support for the design and analysis of the FPSE for microreactor applications. | |
