Microgrid Modelling and Analysis Using Game Theory Methods
Game theory is a branch of applied mathematics that is, most notably, used in economics as well as in engineering and other disciplines. Game theory attempts to mathematically capture
In the isolated mode, a microgrid can meet a large portion of the energy demand of the consumers under its coverage using its generation units. In general, in the modern power systems, the main objective of a microgrid is the reliable supply of energy to its consumers with minimum cost and high reliability. 1.2. Literature review
In, a scenario-based model is introduced for the energy management of a microgrid considering DR programs. In the proposed model, wind turbines, PV panels, fuel cells, and combined heat and power (CHP) units served as the distributed energy sources.
Considering Figure (6-a), microgrid no. 1 purchase less energy from the network at noon, which was caused by the presence of PV panels in this microgrid and supply of a large portion of the consumers' demand by PVs within these hours.
In addition, an energy storage system is used in each microgrid to contribute to the supply of energy and enhance system flexibility. This storage system is the battery in microgrids no. 2, 4, and 5 and it is the EV's parking in microgrids no. 1 and 3.
Game theory is a branch of applied mathematics that is, most notably, used in economics as well as in engineering and other disciplines. Game theory attempts to mathematically capture
A review of recent researches shows that none of them have addressed the issue of microgrid energy management with simultaneous implementation of DFR and game theory-based
This paper presents a novel approach to improve the energy management system within a neighborhood by proposing a cooperative microgrid cluster based on game theory. The study
An example of modelling and analysing a Microgrid model using game theory is presented below. We model the interaction between the LCs of consumers, DG units and the ESCO
This paper presents a novel framework integrating multi-objective optimization with cooperative game theory for fair and efficient microgrid operation and cost allocation.
Many studies have been conducted on the implementation of game theory approaches in optimizing energy trading and scheduling in multi-microgrid (MMG) systems, both in cooperative and
To tackle these challenges, this paper proposes a cooperative game theory-based optimization strategy for multi-microgrid energy trading. The main contributions are as follows: (1)
The remainder of this paper is organized as follows: Section 2 formulates the operational optimization model for a single microgrid; Section 3 develops the cooperative alliance and energy
This paper will explore the application of non-cooperative game and cooperative game in microgrids. For an individual microgrid that is connected with renewable energy sources through DC-DC converters,
To tackle these challenges, this paper proposes a cooperative game theory-based optimization strategy for multi-microgrid energy trading. The main contributions
PDF version includes complete article with source references. Suitable for printing and offline reading.