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      Manjit Singh Yadav 
      
      
      Khushnuma Siddique 
      
        
      
      
      
      Keywords: 
      
      Renewable Energy, Photovoltaic System, Grid to Vehicle, Vehicle to Grid, 
      Maximum Power Point Tracking. 
      
        
      
      
      Abstract: 
      
      The vulnerability related to displaying and execution of the 
      Electric Vehicle (EV) plan could be effectively and proficiently decreased 
      by utilizing hybridized environmentally friendly power sources. During the 
      previous ten years, the battle for compelling use of EVs was extremely 
      high because of their untrustworthiness assistants of sturdiness, and 
      wellsprings of charge. This audit ordered the charge station into 
      inexhaustible, nonrenewable, and crossover based on its wellsprings of 
      force age. Likewise, during the past ten years, there has been no broad 
      and far-reaching survey on the appropriateness of sustainable, 
      non-sustainable, and crossover models for execution expectations and 
      demonstrating of EVs. Accordingly, this article centers around a broad 
      audit of configuration, demonstrating, battery reinforcement, battery 
      strength, Proficiency Upgrade (EE) parts and connectors, and benefits and 
      drawbacks of each plan given sustainable, non-sustainable, and 
      half-and-half EV charge stations. Moreover, a sum of 15 chosen late 
      articles on the EV accuse station together with its innovation were 
      explored. The survey showed the appropriateness and dependability of 
      inexhaustible, non-sustainable, and hybridized EV charge stations. It 
      additionally showed that the hybridization of sustainable power sources 
      with appropriate EE parts and connectors gave the best EV configuration as 
      far as quick charging, need booking, and incredible battery reinforcement. 
      At long last, this survey presents a guide for analysts and specialists in 
      the field of EVs in choosing the best and appropriate plan to embrace 
      while planning EV charge stations. 
      
        
      
        
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      International Journal of Recent Research and Review 
  
         
      
           
        
      ISSN: 2277-8322  
       
      Vol. XVI, Issue 4 
      December 2023 
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      PDF View 
	
      
        
	
      
      PUBLISHED 
      December 2023 
  
	
      
      ISSUE 
      Vol. XVI, Issue 4 
	
      
        
	
      
      SECTION 
      Articles 
	
      
        
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