| Title |
Weekly Maximum Electric Load Forecasting Method for 104 Weeks Using Multiple Regression Models |
| Authors |
정현우(Jung, Hyun-Woo) ; 김시연(Kim, Si-Yeon) ; 송경빈(Song, Kyung-Bin) |
| DOI |
https://doi.org/10.5370/KIEE.2014.63.9.1186 |
| Keywords |
Weekly Electric Load Forecasting ; Load Pattern ; Multiple Regression Analysis |
| Abstract |
Weekly and monthly electric load forecasting are essential for the generator maintenance plan and the systematic operation of the electric power reserve. This paper proposes the weekly maximum electric load forecasting model for 104 weeks with the multiple regression model. Input variables of the multiple regression model are temperatures and GDP that are highly correlated with electric loads. The weekly variable is added as input variable to improve the accuracy of electric load forecasting. Test results show that the proposed algorithm improves the accuracy of electric load forecasting over the seasonal autoregressive integrated moving average model. We expect that the proposed algorithm can contribute to the systematic operation of the power system by improving the accuracy of the electric load forecasting. |