Abstract：This paper presented an integrated framework for distributed energy supply chain networks that can be used to model different network topologies such as serial, parallel, assembly and arborescent structures. Aiming at the largescale, complicated and stochastic energy networks, an integrated framework is needed to be able to describe uncertainties and multipleenergy coupling on one hand, and capture the interdependent relationships between different supply chain stages on the other hand. Besides the multiscale modeling and performance analysis, the unified framework will also be used for optimal decisions and simulation studies.
