Learn · Electric Vehicle: Its Components, Charging Infrastructure and Grid Integration Solution
Lecture 59 of 59Week 12
Public advisory and assistance systems for EV charging
Prof. Siba Kumar Patro Prof. Narayana Prasad Padhy Prof. Ramkrishna Pasumarthy · IIT Roorkee
Credits and licence
- From
- Electric Vehicle: Its Components, Charging Infrastructure and Grid Integration Solution, IIT Roorkee (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
- Who can watch
- Tweens profiles and older. How courses are placed
All the lectures
- Introduction to History of Electric Vehicles, Types of EVs
- Power train and its components, Power electronic devices
- Power train and its components: Onboard Converters
- Charging infrastructure, DC-DC Converters - I
- Charging infrastructure, DC-DC Converters - II
- Charging infrastructure, DC-DC Converters - III
- Dual Active Bridge converter - I
- Dual Active Bridge converter - II
- Dual Active Bridge converter - III
- Dual Active Bridge converter - IV
- Power factor correction circuit - I
- Power factor correction circuit - II
- AC-DC converters - I
- AC-DC converters - II
- AC-DC converters - III
- EV Charging Station Architecture
- Modular Converter based Multiport chargers - I
- Modular Converter based Multiport chargers - II
- Modular Converter based Multiport chargers - III
- Wireless Power Transmission
- Battery Management System - I
- Battery Management System- II
- Electric vehicle Motors- I
- Electric vehicle Motors- II
- Electric vehicle Motors- III
- Electric Vehicle Motors - IV
- Basics of Control Systems- I, System Representation
- Basics of Control Systems- II, Transient and Steady State response
- Basics of Control Systems- III, Stability, Open and Closed-loop Systems
- Basics of Control Systems- IV, PID Control
- Basics of Control Systems: State Space Methods - I
- Basics of Control Systems: State Space Methods - II
- Basics of Control Systems: State Space Methods - III
- Basics of Control Systems: State Space Methods - IV
- Design of charging stations with sustainable energy sources and battery storage systems
- Design of charging stations with sustainable energy sources and battery storage systems
- Ancillary Services by EV Charging Stations – Part 2
- Ancillary Services by EV Charging Stations – II
- Cost benefit analysis of renewable energy and battery storage-based Charging infrastructure
- Effect of EV charging stations on Grid-1
- Effect of EV charging stations on Grid-II
- Effect of EV charging stations on Grid-II
- Smart Grid-I
- Smart Grid-2
- Smart Grid-3
- Smart Grid-4
- Urban planning of EV charging stations-I
- Urban planning of EV charging stations-2
- Safety & Grid Issues-I
- Safety & Grid Issues-II
- Optimal operation of charging stations-1
- Optimal operation of charging stations-2
- Load management with EV-I
- Load management with EV-II
- Energy pricing models-I
- Energy pricing models-II
- Real-time monitoring of load demand
- Real-time monitoring of load demand
- Public advisory and assistance systems for EV charging