01:19

Electrifying Innovation: EV Design from Mechanical and Electrical Perspectives

01:13

"Electrifying Innovation: EV Design from Mechanical and Electrical Perspectives"

02:47

"Powering Progress: EV Manufacturing Process and Challenges in Mass Production"

26:46

PV DSTATCOM

03:17

Batteries Intro Part 2

04:09

Batteries Intro part 1

03:50

Parallel Loaded Resonant dc dc converter

05:45

Series loaded resonant dc dc converter

06:02

Types of Resonant Converter

04:48

Push Pull Converter

08:35

Forward Converter

20:30

Harmonic Reduction Techniques in Inverter

05:39

Current Source Inverter CSI

16:14

Single Pulse Width Modulation Multiple Pulse Width Modulation Sinusoidal Pulse Width Modulation

13:47

120 degree mode of operation of three phase inverter

13:34

180 degree mode of operation of three phase inverter

13:21

Three Phase Inverters

03:45

Single Phase Bridge Inverter

11:55

Principle of Inverter

10:30

Buck Boost Converter

09:01

Boost Converter

10:12

Buck Converter

02:53

Switch Mode Regulators

16:50

Chopper

21:25

Power Factor Improvement

07:34

Three Phase Full Converter

10:32

Three Phase Semiconverter

08:35

Single Phase Dual Converter

05:44

Single Phase Full Controlled Converter

04:48

Principle of Phase Controlled Converter Operation

04:31

Single Phase Semi converter

09:05

Firing Circuits

25:13

Thyristor Commutation Methods

15:39

7 TRIAC

08:08

6 MCT

10:45

2 IGBT

13:59

3 SCR

10:49

4 GTO

06:06

5 SITH

20:32

1 MOSFET

14:14

Lec 17 Unified Power Flow Controller

08:25

Lec 16 Static Synchronous Series Compensator SSSC

38:14

Lec 15 Thyristor Controlled Series Capacitor TCSC

16:29

Lec 14 STATCOM

17:16

Lec 13 Thyristor Switched Capacitor, Thyristor Controlled Reactor type Var Generator

24:27

Lec 12 Fixed Capacitor Thyristor Controlled Reactor FC TCR

16:48

Lec 11 SVC Configuration

29:35

Lec 10 Series Compensation Principle, Series Capacitive compensation, Voltage Stability, Transient S

40:12

Lec 09 Shunt Compensation Principle, Transient Stability, Power Oscillations damping methods, Method

22:22

Lec 08 Shunt Connected Controllers, Series Connected Controllers, Combined Controllers

16:21

Lec 06 Basic Types of FACTS Controller, Series Connected Controller

20:51

Lec 07 Shunt COnnected Controller, Combined Shunt & Series Controller, Significance of FACTS devices

10:56

Lec 05 Introduction to FACTS Controllers

12:52

Application of Power Electronics to Power System Lec 04 Power Flow in AC System and Parallel Lines

15:18

Application of Power Electronics to Power System Lec 03 Power Flow Control

13:43

Application of Power Electronics to Power System Lec 02 Power Semiconductor Devices

29:38

Application of Power Electronics to Power System Lec 01 Review of Semiconductor devices, Power Con