Traditionally, hydro turbine governor applications mainly rely on classical proportional–
integral–derivative controllers. A classical controller can perform optimally only at the …

Energy management system (EMS) of a microgrid (MG) is responsible for determining its
optimal generation schedule which fulfills the load demand while satisfying several …

This paper proposes an efficient energy management system (EMS) for industrial microgrids
(MGs). Many industries deploy large pumps for their processes. Oftentimes, such pumps are …

This paper presents a mixed logical dynamical (MLD) approach for modelling a multi-energy
system. The electrical and thermal energy streams are linked through the operation of …

This paper presents an extensive comparison between public and private natural gas-fired
units in managing the unit commitment problem in the context of the Greek electricity market …

This paper presents a generalized mixed logical dynamical (MLD) approach for modelling
thermal units. A self-scheduling problem is formulated for a thermal unit including an …

Hydro turbine governor applications mainly rely on classical Proportional-Integral-Derivative
(PID) controllers. The main weakness of classical controllers is their design based on a …

The electricity sector globally is undergoing a structural transformation of its institutional form
as a consequence of the complex interactions of social, economic, and technological forces …

This paper proposes a detailed optimal scheduling model of an exemplar multi-energy
system comprising combined cycle power plants (CCPPs), battery energy storage systems …

The advent of enabling smart grid technologies has resulted in the proliferation of
heterogeneous power generation networks. In this context, the concept of microgrids has …