Our R&D team takes on engineering work for companies, research labs and public bodies. We design the electronics, write the firmware, build and test the prototype, and hand over a design that is ready to manufacture.
- Research & Innovation Park
- IIT Delhi
- Research & Innovation Park
- High-power partner
- ST Micro
- High-power partner
- On-board chargers built
- 1.2 kW
- On-board chargers built
Hardware, firmware, software and mechanical, in-house.
One team covers every discipline a product needs, so nothing gets lost between suppliers.
Power electronics
Power stages for charging and vehicle systems, from on-board chargers to high-power DC.
- 1.2 kW on-board chargers for e-2W and e-3W
- DC fast-charger power systems
- High-power work with ST Microelectronics
Embedded firmware and software
Firmware for the hardware we design, and the software that connects it.
- Charger firmware and OCPP stacks
- Payment flows and mobile apps
- Fleet and charger management software
PCB and product design
Schematics, board layout and the enclosure around them, designed for manufacture.
- Schematic capture and PCB layout
- Enclosure and mechanical design
- Wiring and assembly drawings
Prototyping and testing
Working prototypes built and validated in our lab before volume production.
- Functional and safety testing
- Checks against IEC and IS standards
- OCPP testing against our own CMS
Where our engineers spend their time.
AC and DC chargers
13 charger models from 3.3 kW to 120 kW.
On-board chargers
1.2 kW on-board chargers for electric two- and three-wheelers.
Battery technology
Joint programme with Murata, Japan on lithium-based packs.
High-power systems
Joint development with ST Microelectronics.
Battery swapping
Swapping solution developed with Micromax and Napino.
OCPP software
Our own charger management system, launched in 2020.
Renewable integration
Solar micro-grid and biomass energy work with TERI.
Payments and IT
Payment mechanisms and end-to-end EVSE connectivity.
Fleet software
EV management software for aggregators and corporate fleets.
We have worked with
From brief to production-ready design.
- 1
Brief
We agree the problem, the targets and what the finished product must do.
- 2
Design
Electronics, firmware and enclosure designed by one team.
- 3
Prototype
Working units built and tested in our lab.
- 4
Validate
Testing for function, safety and the standards your market needs.
- 5
Hand over
Production files, or volume manufacturing with Napino.
A decade of EV engineering.
Our R&D began as a proof of concept at IIT Delhi. These are the milestones since.
- 2016
Foundations & First Prototype
Stepped into the international market; developed Solar Organic Cells at KIT, Germany. Technology partnership with The Energy and Resources Institute (TERI) for Solar Micro Grid and Biomass Energy. Built EV DC Fast Charger Proof-of-Concept for electric three-wheelers at IIT Delhi.
- 2017
India's First Public EV Charger Tender
Incubated at Electropreneur Park, University of Delhi. Won EESL's tender for Bharat AC-001 chargers — India's first public EV charger tender — and installed chargers at the Ministry of Power, Shram Shakti Bhawan, MNRE and SDMC parking.
- 2018
National Launch & Battery Swapping
EVIT charger showcased at the National Launch of the Electric Mobility Programme by the Ministry of Power and EESL. Built a battery swapping station for Murata, Japan, and released the 2nd-generation charger for electric three-wheelers.
- 2019
National Rollout Begins
150+ charging points across ~10 states. Tie-up with Napino Auto & Electronics as manufacturing partner and Murata, Japan for battery technology. Tie-up with BSNL for 5,000 PAN India locations and MoU with CSC for 25,000 PAN India locations.
- 2020
Battery Swapping & High Power
Battery swapping solution introduced with Micromax and Napino as R&D team. AC (CCS) Type 2 and home-charger development. Indigenous OCPP-based Charger Management Central System launched. 1.2 kW on-board chargers for electric 2W and 3W. Signed with ST Microelectronics for joint high-power system development.
- 2022
2,100-Charger Order from BECIL
Purchase order from Broadcast Engineering Consultants India Ltd (BECIL), a Government of India enterprise, for the design, supply, maintenance and CMS software of 2,100 EV chargers. Every lot was inspected by SGS as third-party inspector.
- Today
5,000+ Chargers · 20+ States
Over 5,000 EV chargers deployed under the "EVI Technologies" brand and on white-label in more than 20 states across India, covering e-2W, e-3W and e-4W.
Frequently asked questions
Who do you take on R&D projects for?
Companies, research institutions and public bodies. Past work includes a DC CCS charger controller for BHEL R&D, a battery swapping station for Murata, Japan, and joint high-power development with ST Microelectronics.
Can you take a design from prototype to production?
Yes. We design and prototype at IIT Delhi’s Research & Innovation Park, and manufacture in volume with Napino Auto & Electronics, so a design never has to leave India to reach production.
Which standards do you design to?
Our charging work follows IEC and IS 17017 standards and the AIS-138 test specifications, and our controllers support OCPP 1.6J with an architecture ready for OCPP 2.0.1, ISO 15118 and V2G.
What does a project need to get started?
A short description of what you want to build and why. Send it through the contact form and our engineers will set up a call to scope it.
Other EVIT services
Have something to build?
Tell us about your project, and our engineers will set up a call to scope it with you.