Optimal Solving of Scheduling Problem with V2G Based on Mixed Integer Quadratically Constrained Programming

Optimal Solving of Scheduling Problem with V2G Based on Mixed Integer Quadratically Constrained Programming

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Part of #Optimal Solving of Scheduling Problem with V2G Based on Mixed Integer Quadratically Constrained Programming# :

Publishing year : 2012

Conference : Fourth Iranian Conference on Electrical and Electronic Engineering

Number of pages : 5

Abstract: Vehicle to Grid (V2G) processes has been drafted in recent years. Electric Vehicles (EV) with the ability to connect to the grid are a kind of storage systems with a set of special features. Unit commitment (UC) includes efficiently scheduling on / off states of all available generators in power network. As the number of gridable vehicles in V2G is much higher than the minor units of existing systems, UC with V2G is more complex than basic traditional UC. This paper presents a Compound Integer Quadratically Constrained Programming (MIQCP) Component Commitment to a Vehicle to Grid (UC-V2G). As a case study, the results of the 10-bus system are presented to facilitate the efficiency of the proposed method