Syllabus of EV Charging Station Design Training

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
  • Selection and Sizing inverter
  • Selecton and sizing of Cable and Earthing
ef. Std. IEC IEC 60068-2 (1,2,14,30),IEC 61683,IEC 60227,IEC 60502 IEC 60947 part I,II, III ,IEC 61215