Learn · Electric Vehicle: Its Components, Charging Infrastructure and Grid Integration Solution
Lecture 48 of 59Week 10
Urban planning of EV charging stations-2
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