Massive Multi-Source Joint Outbound and Benefit Distribution Model Based on Cooperative Game

Abstract

In light of the challenges posed by the widespread distribution of new energy sources in China and their distance from load centers, the power system must effectively integrate both new energy and thermal power transmission. To address this issue, we propose a dynamic coordinated scheduling model that combines wind, photovoltaic, and thermal power to optimize the profit of the energy complementary delivery system. Additionally, we present an improved ant lion optimization algorithm to investigate the coordinated scheduling and benefit distribution of these three power sources. This paper introduces a cooperative mode for benefit distribution and utilizes an enhanced Shapley value method to allocate the benefits of joint operation among the three parties. The distribution of benefits is based on the contribution of each party to the joint proceeds, considering the profit levels of joint outbound and independent outbound modes. Through our analysis, we demonstrate that the upgraded ant lion optimization algorithm facilitates finding the global optimal solution more effectively within the feasible zone. Furthermore, our suggested three-party combined scheduling model and profit-sharing approach are shown to be superior and feasible.

Can Creating an Agro-Product Regional Public Brand Improve the Ability of Farmers to Sustainably Increase Their Revenue?

“…The key to fostering this collaboration lies in the equitable sharing ratio of brand value added. The Shapley value method is commonly employed to address revenue-sharing issues within the supply chain, ensuring that the earnings of alliance members align with their respective contributions [37][38][39]. By employing this method, the contributions of farmers in the ARPB supply chain can be evaluated in a more systematic manner, thereby ensuring that farmers can fairly share the new revenue of the brand.…”

Research on Grid-Connected Optimal Operation Mode between Renewable Energy Cluster and Shared Energy Storage on Power Supply Side

“…Wang et al proposed a dynamic coordinated scheduling model that combines wind, photovoltaic, and energy storage to optimize the profit of the energy complementary delivery system and verified the rationality of introducing a cooperative mode for benefit distribution and utilizing an enhanced Shapley value method to allocate the benefits of joint operation among the three parties, such as in Ref. [9]. But, it only aims to maximize the whole alliance benefit and neglects the interests of members.…”