An Energy Operating System Adaptive for The Sustainable And Green Energy

Yen-Bor Lin, Chih-Chieh Ma, Chong-Cheng Hsu, Ting-Chia Ou, Tsung-Chieh Cheng, Wen-Fu Chen
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Abstract

The system integration of the energy devices is the challenge that constrained the development of the sustainable energy in real. This study proposed an Energy Operating System (EOS) to monitor and manage the energy devices inside the proposed energy grid node. The EOS treats the energy devices as the uniformly interfaced devices based on the proposed USB interface and the electric power line. The eight general utilization scenarios of the proposed local energy grid node system were evaluated, and the experimental results demonstrated the practicality.
适应可持续能源和绿色能源的能源运行系统
能源装置的系统集成是现实中制约可持续能源发展的难题。本研究提出一种能源操作系统(Energy Operating System, EOS)来监控和管理所提出的能源网格节点内的能源设备。EOS根据提出的USB接口和电源线将能源设备视为统一接口设备。对提出的局部能源网格节点系统的8种一般利用场景进行了评估,实验结果验证了该系统的实用性。
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