Hierarchy Style Application in Line Extension with Responsive Loads Evaluating the Dynamic Nature of Solar Units

摘要: This paper presents a model for line extension scheduled to participate in responsive loads the power system aiming improvement of techno-economical parameters. The is studied with presence photovoltaic generators that produce variable depending on geographical condition. investment cost transmission expansion plan, demand response operation cost, generation costs and sum voltage deviations are four indices optimization problem designed based these criteria. Objective functions dynamic variables change daily due variation load. A multi-objective method analytic hierarchy technique employed solve problem. Pareto-optimal set extracted gravitational search style best solution fund by AHT manner. Studies carried out modified 30-bus 24-bus IEEE test confirm capability presented model. Two frameworks defined compare suggested different amount PV penetration discussed several scenarios. Also, load uncertainty formulated involved probability distribution function.