Application of DR and co‐simulation approach for renewable integrated HEMS: a review

Transmission and distribution co‐simulation: a review and propositions

“…Integrated T&D systems: [17–19]. Smart grid, ICT and communication systems: [2, 20–29]. Integration of real‐time (RT) simulators: [30–41] o Power hardware‐in‐the‐loop studies [8, 42–44].…”

“…Field‐circuit simulation is another application, which is broadly studied in [60]. Rajendhar and Jeyaraj [29] reviewed the references related to the co‐simulation studies of power systems and ICT infrastructure for smart home energy management system application.…”

“…Currently, T&D co‐simulation methods have three following basic forms: Master–slave: During the co‐simulation, a master simulator with the highest priority coordinates the operations of all other simulators. Examples include OMNeT + + [29, 61–63], MAPNET [64], OPNET [56, 65, 66] and POWERNET [67]. Time‐stepped: The individual simulators run their simulations independently but halt at fixed synchronisation points to permit information to be exchanged between the simulators.…”

Energy management system for residential buildings based on fuzzy logic: design and implementation in smart‐meter

“…Reviews of other existing works, with different methods of computational intelligence, especially using fuzzy sets theory in the field of renewable energy, were prepared by Suganthi et al [23]. The development of computational methods for the smart grids and the smart metering systems can be also found in [24].…”

“…In the field of smart grid computational techniques such as neural networks, swarm intelligence, fuzzy logic and evolutionary algorithms are used [24]. Solutions based on fuzzy logic are considered reliable and computationally efficient [38].…”