Load Modeling of Electric Farm Machinery Based on Scene Scale Classification and Agricultural Production Behavior

The use of traditional energy, while promoting the industrial revolution, has triggered a series of global energy crisis, environmental crisis and ecological crisis. In response to this series of global crises, China, as a country with a large population, has formulated carbon peak targets and introduced a series of energy conservation and emission reduction policies. At present, China’s agricultural electrification process is accelerating, electric agricultural machinery with its low carbon, environmental protection, high efficiency and other characteristics, will gradually replace the original diesel agricultural equipment in the future. After the large-scale promotion of electric agricultural machinery in China, it is of great significance not only in participating in demand side response, but also in promoting the consumption of high proportion of renewable energy. Based on the agricultural production scene and characteristics of electric farm machinery, this paper studies the energy supply source of electric farm machinery and charging load characteristics of electric farm machinery in different scenarios.