Development of MEMS Structures for Miniature Organic Rankine Cycle System

M. Kaneko, Kenji Takeda, M. Aibara, F. Uchikoba
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Abstract

This paper proposes a MEMS (Micro Electro Mechanical Systems) turbine as an organic Rankine cycle (ORC) system for an IoT (Internet of Things) edge device. The developing turbine shows millimeter scale, and it employs a low-boiling-point material as a working fluid. Therefore, this ORC system can harvest the low temperature waste heat energy. The developed MEMS turbine showed power generation with a winding wire 3-phase coil. When the heating temperature was 80 degree Celsius, the pressure was 0.28 MPa, the rotational speed was 109,090 rpm. The maximum output power was 968.5 micro VA when a load resistance was 0.5 ohm at each coil.
微型有机朗肯循环系统MEMS结构的研制
本文提出了一种MEMS(微机电系统)涡轮机作为物联网(IoT)边缘设备的有机朗肯循环(ORC)系统。研制中的涡轮尺寸为毫米级,采用低沸点材料作为工作流体。因此,该ORC系统可以回收低温余热。所研制的微机电系统涡轮采用绕组线三相线圈发电。当加热温度为80℃时,压力为0.28 MPa,转速为109,090 rpm。当每个线圈的负载电阻为0.5欧姆时,最大输出功率为968.5微伏安。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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