>
Fa   |   Ar   |   En
   energy management of electric vehicles aggregator using a new multi-objective algorithm  
   
نویسنده nazarloo amin ,feyzi mohammad reza ,sabahi mehran ,bannae sharifian mohammad bagher
منبع journal of energy management and technology - 2018 - دوره : 2 - شماره : 2 - صفحه:20 -30
چکیده    As regards the number of electric vehicles and their batteries energy variety in charging or discharging modes, the vehicle to grid technology can act as a variable load in charging mode or as a variable energy source in discharging mode. in this paper, a new approach is proposed. in the proposed approach, the control of the connection node voltage and the coordination of the charging and discharging of the evs batteries are considered as the variable objective functions. the constraints are determined by several parameters such as the state of charge, connection node voltage, and charging-discharging time. based on the proposed approach, the decision variables (which are active and reactive powers) exchanged between the evs aggregator and the grid, are determined to achieve the defined objective functions. reduction of grid losses in the peak load hours is the other advantage of the proposed approach. the simulations for a typical distribution system with v2g capabilities based on the proposed approach are carried out and tested for the different scenarios in charging and discharging modes. finally, for lending credence to the proposed method, results are compared with conventional method.
کلیدواژه energy management; charging and discharging; distributed generation; grid to vehicle; peak shaving; valley filling; vehicle to grid
آدرس university of tabriz, department of electrical and computer engineering, ایران, university of tabriz, department of electrical and computer engineering, ایران, university of tabriz, department of electrical and computer engineering, ایران, university of tabriz, department of electrical and computer engineering, ایران
 
     
   
Authors
  
 
 

Copyright 2023
Islamic World Science Citation Center
All Rights Reserved