抄録
Atmospheric temperature influences the electricity load while the effect of wind on that is small relatively to the other weather factors. Some researches indicate that the sea wind blowing over an urban area can suppress the temperature rise and can reduce the electric power demand in summer. The objective of this study is to investigate the implicit effect of the sea wind on the electric power demand in the Tokyo’s 23 wards area. The hourly electric power demand is decomposed to the data set at each time, and they are modeled with cubic function of the temperature. Additionally, the model on the relationship between the wind speed and the temperature is made in the form of the spatial difference. A simple simulation using these models is carried out and the effect of the sea wind on the electric power demand is discussed.
