Efficient and Generic Co-simulation Framework for Integrated Energy Systems with Renewable Energy Penetration

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This paper presents an efficient and generic co-simulation framework for integrated energy systems (IES) with renewable energy penetration. The framework establishes comprehensive IES models including the time evolution of photo-voltaic and coupling units. Utilizing method of lines discretization and semi-implicit numerical integration, the time-domain simulation analysis can be conducted in a robust way. Moreover, a novel Solverz tool is developed, providing standard model library, high-performance algorithms, and descriptive symbolic extension capability for IES simulation. Case studies validate the flexibility of IES to accommodate renewable energy, and the performance superiority of the proposed simulation framework.

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