Abstract
In this paper, we examined the integration of power supply and demand and evaluated the CO2 reduction effect for a large-scale recycling center (hereinafter referred to as RC). Actual power measurement of each processing facility for the purpose of reducing carbon dioxide After evaluation and operation shift, it was shown that the CO2 reduction amount was 2590kg-CO2 / W in the week when surplus electricity was generated. In addition, the CO2 emission amount of RC was calculated by the annual coefficient method and the emission coefficient by time. It was shown that the error rate in November was 0.5% and the error rate in May was 18%, which differed depending on the season. Also, the CO2 reduction effect by utilizing RPF and trans heat container utilizing RC resources was shown. Evaluation was performed.
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