Multi-objective reconfiguration of radial distribution systems using reliability indices

Abstract

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Optimal reconfigurattion of distribution systems by considering switch and wind turbine placements to enhance reliability and efficiency

“…The multiple-objective functions which should be minimised simultaneously beside some of their important parameters are formulated based on (2)- (7). Minimisation of the total power losses [18,20]…”

“…The customer damage pertinent to the system unreliability is studied using a clonal selection algorithm in [19]. A multi-objective mixed integer linear programming algorithm is developed in [20] to minimise the active power losses and reliability indices.…”

“…Whilst the developed frameworks in [16,17] are focused on the influences of DGs, they have not delved into the network topology reinforcement by using reconfiguration strategy in decision making. Moreover, the approaches proposed in [18][19][20] were tried to apply only the reconfiguration to the distribution grids. Additionally, a set of practical objective functions are not applied to the automation system, because it should satisfy both the reliability and efficiency of the distribution grids.…”

Coordinating dynamic network reconfiguration with ANM in active distribution network optimisation considering system structure security evaluation

“…Distribution network reconfiguration can be classified into static reconfiguration and dynamic reconfiguration [10]. For static reconfiguration, it has been extensively applied for reducing power loss [11, 12], enhancing reliability [13], improving supply capacity [14] and coping with uncertainties [15].…”

Multi‐objective Taguchi approach for optimal DG integration in distribution systems

“…The technique for order of preference by similarity to ideal solution (TOPSIS) is also an effective technique for multi-objective problem formulation that reduces the Euclidean distance of Paretoset from best solution set of each objective. The approach has proven its capability to solve complex, real-life, multi-objective engineering problems in diversified areas [28][29][30][31][32][33][34]. Recently, some power system problems are also solved using TOPSIS approach [28,29].…”