Benefit Allocation Model of Multi-Energy Cooperation Considering Improved Shapley's Value Method

The proposal of the “double carbon” goal marks the important transformation of the low-carbon power system, and new energy has become the main force of future power generation, but the current phenomenon of wind and light abandonment of new energy generation is serious, hindering the further development of new energy. The new energy micro-grid can realize the cascade utilization of energy, complement each other with multiple energies, improve energy utilization efficiency, and then promote the local consumption of new energy, and better adapt to the development of new energy. New energy microgrid coupling source, load, storage and other diverse heterogeneous subjects, different subjects cooperate with each other to form a multi-energy complementary, multi-energy synergistic energy system, not only can increase their own economic benefits, but also produce more economic and environmental benefits, effectively reduce the overall clean energy waste system, improve the overall energy utilization efficiency of the system and the overall economic benefits of the system. The construction of a reasonable multiagent cooperation benefit allocation model, through the benefit reallocation by Shapley value method, will play a key role in improving the enthusiasm of cooperative actors to participate in the optimization of multi-agent collaborative operation and the sustainable development ability of multi-agent collaborative cooperation alliance.