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Energy Conservation Effect of Refrigerated Cabinets at Supermarket Utilizing the Exhaust Heat from dispersed power

Journal of Energy and power Engineering 2015年第4期9卷 317-325页

作者： Tatsuya Shikano Sang-Chul Bae Masafumi Katsuta Tomohiro Anamizu Department of Modern Mechanical Engineering Waseda University Tokyo 169-0072 Japan Environmental Research Institute Waseda University Saitama 367-0035 Japan

Since the nuclear disaster occurred from huge earthquake in Japan 2011, Japanese energy generation system has been expected to prioritize safety and trustworthiness. To meet this requirement, distributed power supply systems are considered to be one of solutions. In this study, we aimed to conserve energy and reduce carbon dioxide emission of supermarket which installed a novel environment-friendly dispersed power. We focused the energy used by refrigerated cabinets. We built small scale model of supermarket which was equipped with dispersed power. From this scale model, the energy conservation effect of supercooling is from 10% to 25% during the summertime and intermediate time. At last, we found that when outside temperature is about 14 ℃ or more, supercooling was effective. In addition, since energy consumption of refrigerated cabinet is influenced by inside enthalpy, we controlled the inside air temperature and humidity by installing desiccant system and examined its effect.

关键词： dispersed power energy conservation supermarket refrigerated cabinets supercooling.

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