Research on Low-Carbon Energy Sharing through the Alliance of Integrated Energy Systems with Multiple Uncertainties

It is of great significance to introduce the conception a sharing economy into electricity industry, which can promote dispatch multiple integrated energy systems. On one hand, it difficult reveal behaviors complex players with multi-energy coupling through traditional centralized optimization method single electric energy. other uncertain fluctuations renewable energy, such as wind power and photovoltaic, have posed challenges market transactions. First, relationship functions all stakeholders in system are described this paper, followed by establishment flexible resource models demand response storage devices. basis, low-carbon dispatching framework regional gas–electric systems then constructed under guidance cooperative game theory. The contribution indexes established measure degree among subsystems, asymmetric Nash bargaining used settle interests each subsystem. Second, robust model uncertainties from load. Finally, numerical example proves that proposed mechanism increase benefits player. Moreover, helps yield optimal face provides reference on how realize source