Study on Regional Carbon Emissions from Power Generation Based on Resource Aggregation

Under the background of carbon peaking and carbon neutrality goals, how the power industry develops low carbon power is the current carbon emission reduction research hotspot. This paper calculates the carbon emission of power generation based on the energy generation data of Huzhou from 2013 to 2021, and analyses the impact of resource aggregation on carbon emission of power generation, and analyses the influencing factors of carbon emission of power generation by constructing the regional carbon emission model of power generation. The results show that: the main forms of power generation in Huzhou are thermal power and photovoltaic, and the development of other renewable energy sources is slow; the total power generation carbon emission coefficient of Huzhou decreases rapidly from 2013 to 2021, and the development of renewable energy power generation helps to optimise the electric power structure of Huzhou; the constructed model shows that the degree of influence of thermal power generation on the power generation carbon emission is 0.76%, which proves that optimising the power source structure and developing new energy sources are important for the power generation carbon emission reduction in Huzhou.