Optimal Operation of Industrial Energy Hubs in Smart Grids


This paper presents the event of a generic optimal industrial load management (OILM) model, that will be readily incorporated into energy hub management systems (EHMSs) for industrial customers, in interaction with local distribution companies (LDCs), for automated and optimal scheduling of their processes. The mathematical models comprise an objective function to minimize the overall energy costs and/or demand charges for industrial customers, and a group of equality and inequality constraints to represent the commercial method, storage units, distribution system parts, operator’s requirements, and different relevant constraints. The effectiveness of the proposed OILM model is demonstrated in two industrial customers: 1) a flour mill; and 2) a water pumping facility. The results show that the proposed OILM model, at the side of communication and management infrastructures at the client and LDC levels, would allow optimal operation of industrial EHMSs in good grids.

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