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- Title
水风光多能互补联合运行增益分配研究.
- Authors
陈述; 赵金凡; 陈云; 习俊博; 周露; 崔洁
- Abstract
Multi-energy complementary operation is an inevitable trend in the development of the power system. Constructing a fair and reasonable distribution method among multi-stakeholders is the key to achieving multi-energy complementary operation. Based on the cooperative game theory, the game characteristics of water-wind-solar multi-energy complementary operation was analyzed, and the complementary gain function of water-wind-solar multi-energy and the power plant revenue function were constructed. Combining the operating characteristics of the multi-energy complementary power generation system and the complementary coefficient, the complementarity of joint power generation was evaluated. Then the alliances gain allocation value under the allocation strategy and the attractiveness of the allocation strategy were selected, and the optimal allocation strategy was selected to allocate the alliance gain to maximize the economic benefits of the participants. The results show that the essence of the gain distribution is the reward for the contribution of complementary power stations, and the power station with higher contribution will get more incremental income. At the same time, the tendency of each power station to accept multi-energy complementary operation under different allocation strategies is that photovoltaic power stations are higher than wind power stations that are higher than hydropower stations.
- Publication
Science Technology & Engineering, 2022, Vol 22, Issue 10, p3991
- ISSN
1671-1815
- Publication type
Article