IoT-Enabled Operation of Multi Energy Hubs Considering Electric Vehicles and Demand Response

This paper introduces a novel Internet of Thing (IoT) enabled approach for optimizing the operation costs and enhancing network reliability incorporating uncertainty effects energy management in multi-carrier Energy Hub (EH) integrated systems (IES) with renewable resources, Combined Heat Power (CHP) Plug-In Hybrid Electric Vehicle (PHEV). In proposed model, optimization process different carriers Multi Hubs (MEH) considers price-based demand response (DR) program MEH electrical thermal demands. During peak period, carrier prices are calculated at high tariffs, other power hubs can help to reduce hub costs. The model handle random behavior sources correlated environment find optimal solution turbines' communication EHs. simulation results show performance by considering dependency between wind turbines structure, exchange heat among