摘要：This paper analyzes the main energy use scenarios of typical parks and studies the energy use characteristics of industrial parks, commercial complexes, and transportation hubs. By superimposing the energy consumption period and characteristics of large, medium and small users in the park, the overall energy consumption characteristics of the park and the typical load characteristics in summer and winter are studied, which helps to improve energy consumption behavior and increase energy ratio. In addition, in view of the superimposed energy consumption characteristics of the park, the article proposes two energy-saving methods to help the park use the peak-valley effect to reduce energy consumption.
其他摘要：This paper analyzes the main energy use scenarios of typical parks and studies the energy use characteristics of industrial parks, commercial complexes, and transportation hubs. By superimposing the energy consumption period and characteristics of large, medium and small users in the park, the overall energy consumption characteristics of the park and the typical load characteristics in summer and winter are studied, which helps to improve energy consumption behavior and increase energy ratio. In addition, in view of the superimposed energy consumption characteristics of the park, the article proposes two energy-saving methods to help the park use the peak-valley effect to reduce energy consumption.
