Furthermore, based on a time priority list method, a three-phase demand response approach is proposed to dispatch thermostatically controlled loads at different phases and locations.
With high frequency signals, a control strategy for the control center shown in (7) is proposed to dispatch regulation tasks to an EV aggregator.
While considering high frequency signals of ACE and ARR in the AGC systems, two different strategies are proposed to dispatch regulation tasks to EVs, where the EVs' regulation capacity is calculated based on the present power and the maximum power.
In this section, a robust optimization model [20, 21] is proposed to optimize the dispatched power of wind farms, in order to ensure the security of the restored system.
In this study, the use of an evolutionary search algorithm called multi-objective particle swarm optimization algorithm is proposed to solve the economic dispatch problem in power systems while considering environmental pollution.
A simple type division algorithm is proposed to solve offshore wind farm dispatch problem.
In this paper, a frequency aware robust economic dispatch is proposed to deal with the increasing injection uncertainties.
Different ant colony optimization (ACO) algorithms were proposed to handle optimal reactive power dispatch problem in [63], including Ant system (AS), elitist ant system (EAS), rank-based ant system (ASrank) and max-min ant system (MMAS).
A novel low-carbon power system dispatching is proposed to support carbon capture power plant, and the relationship between power output and carbon emission is investigated [24, 25].
Subsequently, an optimized dispatch strategy is proposed to maximize system resilience and ensure the continuity of system functionality.
In this paper, a novel metaheuristic optimization methodology is proposed to solve large scale nonconvex economic dispatch problem.
