Development of a School Air Conditioning Load Linkage Control Platform

With global climate change and the combination of high temperatures and economic recovery, the electricity load in various provinces has repeatedly reached new highs, and the electricity prices for industrial and commercial sales have risen significantly, posing great challenges to ensuring power supply and stabilizing prices. The power grid is facing a severe situation of the highest average temperature, highest electricity load, most uncertain external electricity, and maximum power supply gap in the same period of history. According to the Statistical Bulletin of National Economic and Social Development, the air conditioning load in developed provinces has continued to grow in recent years, with 217.9 air conditioners per 100 households. The maximum air conditioning load in summer and winter accounts for about 40% and 25% of the total electricity load of the whole society, while the electricity consumption of campus life and teaching air conditioning accounts for 60% of the total load of the school. This article proposes a concept for developing a school air conditioning load linkage control platform. By understanding the development technology of the school air conditioning load linkage control platform, the composition of each part of the platform is designed, and the content of each part is designed. As a result, the school air conditioning load linkage control platform has been successfully developed, which effectively improves energy efficiency and reduces energy consumption. It is an important practice for energy conservation and emission reduction. During the summer and winter peak periods, the participation of air conditioning load in peak shaving trading can reduce the frequency of demand side response, effectively reduce terminal electricity prices, and have significant social benefits, which is highly valuable for promotion and application.