Module Name | Download |
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Sl.No | Chapter Name | MP4 Download |
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1 | Lec 1: Power systems: Overview and historical developments | Download |
2 | Lec 2: Introduction to power delivery systems | Download |
3 | Lec 3: Introduction to electrical loads | Download |
4 | Lec 4: Load diversity | Download |
5 | Lec 5: Different load indices | Download |
6 | Lec 6: Loss factor | Download |
7 | Lec 7: Load management | Download |
8 | Lec 8: Brief overview of power distribution substation | Download |
9 | Lec 9: Substation bus schemes and primary distribution network topology | Download |
10 | Lec 10: Voltage drop and power loss computations for typical radial distribution feeders | Download |
11 | Lec 11: Genaralized expression for voltage drop for radial distribution feeder | Download |
12 | Lec 12: Derivation of K-constant for voltage drop computation | Download |
13 | Lec 13: Different reliability indices used in distribution networks | Download |
14 | Lec 14: Different reliability indices with numerical examples | Download |
15 | Lec 15: Mathematical concept of reliability | Download |
16 | Lec 16: Reliability evaluation of multiple units connected to series and/or parallel | Download |
17 | Lec 17: Numerical problems on reliability evaluation | Download |
18 | Lec 18: Power quality problems in distribution systems | Download |
19 | Lec 19: Forward backward load flow approach for power distribution systems | Download |
20 | Lec 20: Forward backward load flow approach for power distribution systems | Download |
21 | Lec 21: Reactive power compensation: Basic idea | Download |
22 | Lec 22: Reactive power compensation: Numerical examples | Download |
23 | Lec 23: Capacitor placement at distribution feeder: Analytical approach | Download |
24 | Lec 24: Power distribution system planning: Economic aspects | Download |
25 | Lec 25: Power distribution system planning: Different models and solution strategies | Download |
26 | Lec 26: Mono-objective power distribution system planning approach | Download |
27 | Lec 27: Multi-objective power distribution system planning approach | Download |
28 | Lec 28: Multi-objective planning incorporating sectionalizing switches and tie-lines | Download |
29 | Lec 29: Reconfiguration of power distribution networks | Download |
30 | Lec 30: Distribution networks with the integration of Distributed Generation | Download |
31 | Lec 31: Concept of microgrids | Download |
32 | Lec 32: Wind and solar energy conversion systems | Download |
33 | Lec 33: Energy storage systems | Download |
34 | Lec 34: Distribution system automation and smart grid: Part-I | Download |
35 | Lec 35: Distribution system automation and smart grid: Part-II | Download |
Sl.No | Chapter Name | English |
---|---|---|
1 | Lec 1: Power systems: Overview and historical developments | Download Verified |
2 | Lec 2: Introduction to power delivery systems | Download Verified |
3 | Lec 3: Introduction to electrical loads | Download Verified |
4 | Lec 4: Load diversity | PDF unavailable |
5 | Lec 5: Different load indices | PDF unavailable |
6 | Lec 6: Loss factor | PDF unavailable |
7 | Lec 7: Load management | PDF unavailable |
8 | Lec 8: Brief overview of power distribution substation | PDF unavailable |
9 | Lec 9: Substation bus schemes and primary distribution network topology | PDF unavailable |
10 | Lec 10: Voltage drop and power loss computations for typical radial distribution feeders | PDF unavailable |
11 | Lec 11: Genaralized expression for voltage drop for radial distribution feeder | PDF unavailable |
12 | Lec 12: Derivation of K-constant for voltage drop computation | PDF unavailable |
13 | Lec 13: Different reliability indices used in distribution networks | PDF unavailable |
14 | Lec 14: Different reliability indices with numerical examples | Download Verified |
15 | Lec 15: Mathematical concept of reliability | Download Verified |
16 | Lec 16: Reliability evaluation of multiple units connected to series and/or parallel | Download Verified |
17 | Lec 17: Numerical problems on reliability evaluation | Download Verified |
18 | Lec 18: Power quality problems in distribution systems | Download Verified |
19 | Lec 19: Forward backward load flow approach for power distribution systems | Download Verified |
20 | Lec 20: Forward backward load flow approach for power distribution systems | Download Verified |
21 | Lec 21: Reactive power compensation: Basic idea | Download Verified |
22 | Lec 22: Reactive power compensation: Numerical examples | Download Verified |
23 | Lec 23: Capacitor placement at distribution feeder: Analytical approach | Download Verified |
24 | Lec 24: Power distribution system planning: Economic aspects | Download Verified |
25 | Lec 25: Power distribution system planning: Different models and solution strategies | Download Verified |
26 | Lec 26: Mono-objective power distribution system planning approach | Download Verified |
27 | Lec 27: Multi-objective power distribution system planning approach | Download Verified |
28 | Lec 28: Multi-objective planning incorporating sectionalizing switches and tie-lines | Download Verified |
29 | Lec 29: Reconfiguration of power distribution networks | Download Verified |
30 | Lec 30: Distribution networks with the integration of Distributed Generation | Download Verified |
31 | Lec 31: Concept of microgrids | Download Verified |
32 | Lec 32: Wind and solar energy conversion systems | Download Verified |
33 | Lec 33: Energy storage systems | Download Verified |
34 | Lec 34: Distribution system automation and smart grid: Part-I | Download Verified |
35 | Lec 35: Distribution system automation and smart grid: Part-II | Download Verified |
Sl.No | Language | Book link |
---|---|---|
1 | English | Not Available |
2 | Bengali | Not Available |
3 | Gujarati | Not Available |
4 | Hindi | Not Available |
5 | Kannada | Not Available |
6 | Malayalam | Not Available |
7 | Marathi | Not Available |
8 | Tamil | Not Available |
9 | Telugu | Not Available |