Online Electric Vehicle (EV) Charging station Design Training

Onlne Electric Vehicle Station Design Training course

In World, the automobile industry is one of the key segments driving economic growth; and at the same time, one of the principal contributors to pollution and making World dependent on overseas oil. So, with the government’s sights firmly set on making India a nation chiefly running on electric transportation by 2030 in that AEDEI help lot to implementing Electric Vehicle Design (EVs) have to make their place, despite their share of challenges in terms of manufacturing infrastructure and also the opportunities they can bring in. The analyses what the future of electric vehicles in the country looks like, are all engineers ready for them and what are the areas manufacturers need to look into. Our Moto is implementing.

Government of India have undertaken multiple initiatives to promote manufacturing and adoption of electric vehicles in India. With support of the Government, electric vehicles have started penetrating in the Indian Market. Advance Electrical Design and Enigneering institute (aedei) Developing the skilled engineers by industrial training with help of skill Engineers availability of adequate Charging Infrastructure is one of the key requirement for accelerated adoption of electric vehicles in India. It is proposed to encourage this by laying down an enabling framework..


once demand of electric vehicle increase as well as the demand for electric vehicle charging points is also increasing and this has opened up a lucrative new business opportunity for electrical contractors.


Employment Opportunities

For Career growth and Job Opportunities in Electric vehicles Charging station Design now Major automotive industry hub of India. Tata Motors, Bajaj Auto, Kinetic engineering etc. have their automobile manufacturing units.

Many auto-mobile manufacturing units are situated at Nashik and Mumbai, Delhi . Apart from these units, some small and medium size industrial units such as Gulane Engineering, Martin Frank (Motion Control) Pvt. Limited and Technovision have already started development of various components for battery operated electric vehicles. All above companies are looking for skill engineers those can implementing Electric Vehicle charging station skill to develop Electric Vehicles Charging infrastructure in India or rest of the word, to contribution of green fossil AEDEI start Electric Vehicles Charging station Design Training in India.

Electric vehicles Charging station Design training covered selection of A/c Charger, selection of electric motors for specific capacity vehicles, design of controllers, design of battery chargers with specific applications to electric vehicles, selection of D/c Charger development of testing facility for testing of electric motors, controllers and battery chargers.

We are providing industry-institute interaction and hands on training for Electric vehicle Charging station Design In Institute provided educational institution with adequate infrastructure.



Ac charger Design |D/c Charger Design |Chassis Design | Suspension and Braking | e-Powertrain | Charging Circuit | Ergonomics | Electric Safety and Standards | Troubleshooting | Testing overall | Career Counseling.


Educational Qualification for detailed Electric Vehicle Charging Station Design Training

  • B.E/B.tech/M.tech /Diploma pursuing/completed from Mechanical/Automobile/Design/Mechatronics/ECE/EEE/EE

Training Time Duration


TP become experts in detailed Electric Vehicles/ Hybrid Vehicles design & training Course we invest more time to skilled in particular course. As part of their training students undergo at least 1.5 month of experiential learning in an Electric vehicles engineering environment.

AEDEI: Syllabus of EV Charging station Design Training Course

Chapter 1 -Introduction: Electric Vehicle

  • History of EV
  • Components of Electric Vehicle
  • Comparison with Internal combustion Engine : Technology
  • Comparison with Internal combustion Engine: Benefits and Challenges
  • EV classification and their electrification levels.
  • EV Terminology

Chapter - 2. Types of EV Chargers

  • Electric Vehicle Technology and Charging Equipment’s
  • Basic charging Block Diagram of Charger
  • Difference between Slow charger and fast charger
  • Slow charger design rating
  • Fast charger design rating
  • AC charging and DC charging
  • Inboard and off board charger specification
  • Type of Mode of charger Mode -2 , Mode-3 and Mode-4
  • EVSE associated charge times calculation

Chapter- 3. Selection and sizing of fast and slow charger (AC & DC)

  • AC Pile Charger
  • DC Pile Charger
  • EVSE Power Module selection and technical specification
  • Selection of EVSE Communication Protocol (PLC / Ethernet / Modbus/ CAN Module )
  • Communication gateway
  • Specification of open charge point protocol (OCCP 1.6/2.0)
  • Bharat DC001 & AC001 Charger specification
  • Communication Interface between charger and CMS ( central management system)
  • Payment apps

Chapter- 4. Selection and sizing of Common types of connectors and applications

  • Selection of AC charger type-1 , type -2 and type -3
  • Communication between AC charger and EV
  • Selection of DC charger connector GB/T, CHAdeMO , CCS-1 and CSS-2
  • Communication methodology of DC fast chargers
  • IS/ IEC/ARAI/ standard of Charging topology ,Communication and connectors (IEC 61851-1, IEC 61851-24,62196-2 )
  • Selection sizing of Charger connector cable

Chapter 5 - Public Charging infrastructure / Electrical system design

  • Assessment of site Location for Public charging station
  • Selection and Sizing of Distribution transformer
  • Selection and sizing of HT Equipment ( VCB , CT , PT , Metering )
  • Selection and Sizing HT Cables and LT cables
  • Selection and sizing of Distribution Board / feeders
  • Sizing calculation of LT and HT cable
  • Selection and of Compact Substation (CSS for EV CS)/ Power Sub station)
  • Selection of relay and calculation
  • Preparation of EV Charger Single Line Diagram
  • Preparation of EV Charger Electric
  • Assessment of site Location for Public charging station
  • Selection and Sizing of Distribution transformer
  • Selection and sizing of HT Equipment ( VCB , CT , PT , Metering )
  • Selection and Sizing HT Cables and LT cables
  • Selection and sizing of Distribution Board / feeders
  • Sizing calculation of LT and HT cable
  • Selection and of Compact Substation (CSS for EV CS)/ Power Sub station)
  • Selection of relay and calculation
  • Preparation of EV Charger Single Line Diagram
  • Preparation of EV Charger Electric

Chapter 6 -EV Charger Integration with Solar Power Plant

  • Selection of PV module technology
  • Crystalline technology
  • Thin film technology
  • Bi-facial technology
  • Comparison between PV module technology
  • Comparison between solar power plant energy out put
  • Types of solar inverter
  • Selection of string /central / off grid inverter
  • Selection of power conditioning unit (PCU)
  • Sizing of solar inverter for roof top and grid connected projects
  • Selection and sizing of string inverter
  • Selection and sizing of central inverter
  • AC/DC overloading calculation and losses
  • Protection requirement of solar inverter
  • Passive and active protection
  • Preparation of rooftop solar power (single line diagram ) SLD
  • Preparation of Net Metering solar power (single line diagram ) SLD
  • Preparation utility scale solar power (Ground mounted ) SLD
  • Rooftop solar power plant layout
  • Ground mounted solar power plant layout
  • DC SLD /AC SLD
  • Protection SLD
  • Earthing Layout/ AC /DC cabling Layout
  • DC Block sizing layout
  • Overall Array Plant Layout

ef. Std. IEC IEC 60068-2 (1,2,14,30),IEC 61683,IEC 60227,IEC 60502 IEC 60947 part I,II, III, IEC 61215