Coordinated Operation of Park based Integration Multi-Energy Systems Considering Carbon Emissions and Uncertainties

The Integrated Energy System (IES) provides a novel paradigm of integrated energy supply system that efficiently integrates multiple heterogeneous energy sources within a region, has multiple advantages in promoting the consumption of renewable energy generation (RG), improving energy utilization and management efficiency, and ensuring energy supply reliability. This paper develops a collaborative and interactive operation strategy for low-carbon IES at the park level considering multidimensional operational uncertainties. More specifically, the low-carbon IES integrates multiple energy flows including electricity, heat, cold, and gas under multidimensional uncertainty conditions. The developed method fully considers the carbon emissions and operational uncertainties and is assessed through simulations based on a case study of typical park-based IES systems. The numerical results confirmed that the proposed solution can improve the IES operation in terms of cost-effectiveness, energy supply reliability and system carbon emissions.