India EV Depot Demand Calculator – A Case Study

India EV Depot Demand Calculator – A Case Study

Using the example of Delhi based EV Depot Operator, this case study shows how the new India EV Depot Demand Calculator is designed to assess the potential future energy consumption, charging infrastructure requirements and associated costs for electrified vehicle fleets in India.

21 August 2024

India is the 2nd largest urban system with 377 million urban population. It is suggested that by 2030, the number of cities with populations of more than 1 million will grow from 42 to 68. To keep India on the move, there is an ever-increasing need for personal transport solutions. As the journey towards electrification increases pace in India, the provisions of charging infrastructure where vehicles park is becoming increasingly critical. 

Not only is there national policy supporting the transition to electric vehicles (EVs), but the market trends for electric vehicle (EV) fleet operations in India are highly positive. The ride-sharing market is expected to reach USD 93.72 million by 2028, with a compound annual growth rate (CAGR) of 5.05% from 2024 to 2028. The food delivery market has also expanded significantly, with giants like Swiggy and Zomato leading the way, and is estimated to reach $29.33 billion by 2028. 

The uptake of electric vehicles will need to go hand in hand with the rollout of suitable charging and electricity network infrastructure to support operations. EV Fleet Operators will need to develop an understanding of the potential future energy demands and the need for and costs of charging infrastructure. 

The India EV Depot Demand Calculator is an easy-to-use Excel-based tool. The Calculator can be configured to help stakeholders make key decisions as we approach target years for emissions reductions, and for fleet operators to have a better vision of how to operate more sustainably. 

This Case Study explores the use of the calculator to determine how to accommodate the changes that come with increased rates of electric mobility, built around an illustrative example of a Delhi based EV Depot Operator. 

How the India EV Depot Demand Calculator can be used by both stakeholders and fleet operators to have a clearer vision of how to operate more sustainably. 

The Calculator provides a wealth of data including: 

  • Chargepoint power specifications 
  • Chargepoint costs 
  • Fleet vehicle types and sizes 
  • Fleet vehicle performance 
  • Fleet operation profiles 
  • Seasonal climate variation 
  • Impacts of auxiliary loads 
  • Fleet electrification rates 

To find out more about the India EV Depot Demand Calculator, or to learn more about innovative clean transport solutions, please contact us at info@ites.org.

India EV Depot Demand Calculator – A Case Study

India EV Depot Demand Calculator – A Case Study

Using the example of Delhi based EV Depot Operator, this case study shows how the new India EV Depot Demand Calculator is designed to assess the potential future energy consumption, charging infrastructure requirements and associated costs for electrified vehicle fleets in India.

India is the 2nd largest urban system with 377 million urban population. It is suggested that by 2030, the number of cities with populations of more than 1 million will grow from 42 to 68. To keep India on the move, there is an ever-increasing need for personal transport solutions. As the journey towards electrification increases pace in India, the provisions of charging infrastructure where vehicles park is becoming increasingly critical. 

Not only is there national policy supporting the transition to electric vehicles (EVs), but the market trends for electric vehicle (EV) fleet operations in India are highly positive. The ride-sharing market is expected to reach USD 93.72 million by 2028, with a compound annual growth rate (CAGR) of 5.05% from 2024 to 2028. The food delivery market has also expanded significantly, with giants like Swiggy and Zomato leading the way, and is estimated to reach $29.33 billion by 2028. 

The uptake of electric vehicles will need to go hand in hand with the rollout of suitable charging and electricity network infrastructure to support operations. EV Fleet Operators will need to develop an understanding of the potential future energy demands and the need for and costs of charging infrastructure. 

The India EV Depot Demand Calculator is an easy-to-use Excel-based tool. The Calculator can be configured to help stakeholders make key decisions as we approach target years for emissions reductions, and for fleet operators to have a better vision of how to operate more sustainably. 

This Case Study explores the use of the calculator to determine how to accommodate the changes that come with increased rates of electric mobility, built around an illustrative example of a Delhi based EV Depot Operator. 

How the India EV Depot Demand Calculator can be used by both stakeholders and fleet operators to have a clearer vision of how to operate more sustainably. 

The Calculator provides a wealth of data including: 

  • Chargepoint power specifications 
  • Chargepoint costs 
  • Fleet vehicle types and sizes 
  • Fleet vehicle performance 
  • Fleet operation profiles 
  • Seasonal climate variation 
  • Impacts of auxiliary loads 
  • Fleet electrification rates 

To find out more about the India EV Depot Demand Calculator, or to learn more about innovative clean transport solutions, please contact us at info@ites.org.

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