Call For Proposal for Development of Electric Vehicles (EVs) Sub-Systems


Call For Proposal for Development of Electric Vehicles (EVs) Sub-Systems


Worldwide automotive industry is quickly shifting from traditional fuel based technologies to eco-friendly technologies such as battery based drive train for development of Electric Vehicles (EVs) due to fast depletion of fossil fuel and to reduce impact of transportation on environment and climate change. Keeping in view the technological requirements of EVs and to increase the local manufacturing of the subsystem of EVs in India, a short term R&D programme is being initiated by Ministry of Electronics and Information Technology (MeitY) for the technology/product development for EVs in the areas such as motor, controller, converters, Chargers etc,. This initiative is expected to deliver indigenous EV subsystems at an affordable cost following the standards with quality.

Objectives: To develop the Electric Vehicle sub-systems in the areas of Electric motor, controller, converters Chargers etc, ranging from small to Large vehicles etc., indigenously. The expected outcome i.e. technology/product has to be cost effective, quality competitive and ready for commercialization. The Total duration of the Project should be of 24 months or less (including product development and commercialization), but the prototype must be ready and testing should start within 18 months (The broad specifications of the products to be developed are placed at Annexure-I ).

Implementation modalities: EV sub-systems development has to be taken up in consortium mode comprising of Government institutes/ R&D organization ( recognised by DSIR) for the design and development, industry to commercialize it and vehicle manufacturer to use the developed products in the manufacturing. The Government institutes/ R&D organization( recognised by DSIR) would lead the projects and participating agencies are expected to contribute in the said development.

Proposals submission date: Proposals as per format (given at link: and Terms and Conditions given at link: may be submitted through email/ hardcopy within a month after publishing it on MeitY website at the following address:

Smt. Sunita Verma, Scientist ‘G’ & HoD (ESDA), R&D in Electronics Group,

Electronics Niketan, 6 CGO Complex, New Delhi-110003 Phone: +91-11-24364810 (Office)

Email: sunita[at]meity[dot]gov[dot]in



The proposals should describe in details the idea, the proposed development plan along with the deliverables and timelines.

The intellectual Property Rights for the development work will be as per the policy of MeitY.


Note: MeitY reserves the right to accept or reject any proposal without assigning any reason thereof.




  • Home or Public AC Outlets for EV Charging :


  Charging Options Input             to Charger Charging Power  

Applicable Vehicles










AC Charging






Home Charging

230V          AC/

1Phase -16 A

3.3 kW  





Cars; 2W, 3W

AC-001,     AIS     138,

Level 1

230V          AC/

1Phase -32A


6.6 kW

Mainly IEC standard , L2
440V          AC/

3Phase -16 A


440V          AC/

3Phase -32 A




22 kW




Public Charging 44O     V    AC/

3Phase -63A to 200A




Cars,                     Light

Commercial Vehicle & Buses





  • Portable or Public DC Chargers:


Vehicles Input to Charger Charging Power DC Output  
2W/3W 230V AC/ 1Phase -5A 250W to 1kW 48V, 60V, 72V Portable Chargers
3W        and    small Quadricycles  

230V AC/ 1 Phase -16 A


1kW – 3.3 kW


48V, 60V and 72V


Portable Chargers




440V AC /3P / 32 A 10 kW to 15kW 48V, 72V, up to 100V DC-001
440V AC /3P / 63 A Up to 80kW 300V to 750V CCS2     /      GB/T/ CHADEMO
4W      and      larger vehicles 440V AC/ 3-Phase upto 400A  

60kW to 250 kW


300V to 750V

CCS2/     GB/T      / CHADEMO


Standards are to be followed in the above. Payment Systems using standard Payment Gateways like UPI / BHIM or Bank Gateways should be followed.

1.3         DC- DC convertor:




Hybrid /2 W/ 3 W

Low         Voltage Architecture

Cars / Mini CVs


HV -1



HV -2


Buses and Trucks




Input Voltage 35 -72 V < 100 V 240 – 350 V 450     – 800 V 450 -800 V
Output Voltage 13.5 /14 13.5 /14 13.5 /14 13-26-





Power W

150 1000 1500 3000  
350 1500 2000 6000 6000
500 2000 2200    



Output Current A

11 71 107 115 100
25 107 143 231  
36 143 157    


  • Electric Motors and Controllers:


  • PMSM Motors and Controllers


  • Motors of different capacities : 1KW, 5KW, 10KW, 20KW, 30 KW, 50 kW, 100 KW, 125 KW, 200 kW, 300 kW

1.5         Battery:

  1. Battery Management System


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