This paper presents a day-ahead economic optimization scheduling model for Regional Electricity–Hydrogen Integrated Energy System (REHIES) with high penetration of renewable energies. The electricity–hydrogen coupling devices are modelled energy storage units and Insensitive Electrical Load (ISEL). proposed objective function is able to capture the maximum benefits REHIES in terms can be summar...

Abstract Under the background of carbon neutrality, biomass-based integrated energy systems are gradually becoming a hot spot for research. This paper uses multi-energy flow system electricity, heat, gas, and fertilizer as research object. Firstly, characteristics main equipment analyzed, corresponding mathematical model is established. Secondly, with goal maximizing net operating profit CO 2 e...

It is necessary to form an energy system in order to deliver the electrical power to a region that delivering energy to them from the national grid is not possible. At the moment, using the hybrid renewable energy systems (HRES) is the suggestion of more articles and scientific books because of environmental problems, nearing to the end of fossil fuels, and challenges including unpredictability...

In this paper, we propose and experimentally validate a scheduling control framework for distributed energy resources (DERs) that achieves to track day-ahead dispatch plan of distribution network hosting controllable stochastic heterogeneous while respecting the local grid constraints on nodal voltages lines ampacities. The consists two algorithmic layers. first one (day-ahead scheduling), dete...