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Study for Designing Power Trading System in High Voltage Power Receiving Apartment Complex Considering Economy and CO2 Emission

Kazuki Maeda 1, Ryuji Matsuhashi 1, Kyoko Minokawa 2, and Hiroko Otsu 2
1. Department of Electric Engineering and Information Systems, The University of Tokyo, Tokyo, Japan
2. Shizuoka Gas, Shizuoka, Japan

Abstract—Because of recent trend of realizing a low carbon society, fuel cell in residential sector has been attracting much attention. Nevertheless, many Fuel Cells have installed in detached house, installation Fuel Cells into apartment complex have not progressing well. In order to promote introduction of Fuel Cell in apartment complex, a system that each house in an apartment complex may accommodate surplus electricity which is made from fuel cells to other houses in the apartment complex is suggested. Apartment complex which installs this system contracts a power company to receive bulk high pressure power, so we can design Electricity rate system in the apartment complex. In this paper we calculate energy flow in an apartment complex which adopt the system using Mixed-Integer Linier Problem in order to promote this system. We evaluate profitability and CO2 emission of an apartment complex. Also we optimize electricity rate so that all houses in an apartment complex have profit.

Index Terms—component, fuel cell, apartment complex, electricity trade, mix-interger linear problem

Cite: Kazuki Maeda, Ryuji Matsuhashi, Kyoko Minokawa, and Hiroko Otsu, "Study for Designing Power Trading System in High Voltage Power Receiving Apartment Complex Considering Economy and CO2 Emission," International Journal of Electrical Energy, Vol. 4, No. 4, pp. 213-216, December 2016. doi: 10.18178/ijoee.4.4.213-216

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