Topics to be Covered
The program aims at the following aspects
- Strong theoretical understanding of functioning of Electric Vehicles – 2 & Wheelers
- Understanding potential issues in the systems
- Identifying the fault issues
- Rectifying the faults/issues
- To understand the importance of communication and soft skills
- To strengthen the communication and soft skills
- Strengthening presentation and negotiation skills
- Basic of Selling Skills
- Understanding Personal finance
Prof Rizwan, HOD & Professor , Department of Electrical Vehicles, Delhi Technological University, Delhi
Prof Neeraj Sharma, Co-Founder and Chief Academic Officer, myDiksha
- Electric Vehicle Component - Delhi Technological University(DTU)
- English & Communication Skills- Liqvid
- Selling Skills and Personal Finance – myDiksha Faculty
Class room teaching, Hands on experience (Lab) Experiential Learning Case Studies, Individual/Group Presentations, Group Discussions
Hybrid – Combination of online and Offline (Campus) mode
Month 1 - Orientation Session and English & Communication Skills in online mode
Month 2 - Campus visit for 15 continuous days and assignment submission, OR, online classes for theoretical part and campus visit for the practical lab sessions
Month 3 - Life and Professional Skills – Selling skills, negotiation skills, Personal Finance
- World Class Learning from Delhi Technological University (DTU)
- Certificate from DTU
- Certificate from Liqvid
- Transcript from myDiksha
- Commitment of 2 job interviews from myDiksha
- Life Long learning support from myDiksha
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
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
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
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
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
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
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
- Selection and sizing of Cable and Earthing
Rs 33,500 exclusive of Taxes for the entire program. This excludes boarding and lodging for the practical lab sessions to be done at the campus.
A special merit scholarship of Rs 15,000 will be offered to candidates shortlisted by myDiksha through screening. Shortlisted candidates will pay Rs 18,500 + taxes excluding boarding and lodging as course fee .myDiksha’s decision on merit scholarship will be final.
- ITI Certificate Holders in the area of Automobile, Mechanical and Electrical Engineering Fields
- Diploma Holders in Automobile, Mechanical and Electrical Engineering Field
- BSc Physics/Electronics
- BTech in Automobile/Mechanical and Electrical Engineering Fields
- Minimum 75% attendance in all the modules
- Final End Term Exam
- Lectures 80 Lecture
- Quizzes 6
- Duration 3 Months
- Students 50
- Assessments 3
- Price INR. 33,500.00