Exam Details
| Subject | Power System Reliability | |
| Paper | ||
| Exam / Course | Diploma -VIEP-Electrical Engineering (DELVI)/Advanced Level Certificate Course In Electrical Engineering (ACELVI) | |
| Department | School of Engineering & Technology (SOET) | |
| Organization | indira gandhi national open university | |
| Position | ||
| Exam Date | December, 2016 | |
| City, State | new delhi, |
Question Paper
No. of Printed Pages: 3 IBIEEE-OI0 I
B.Tech. -VIEP -ELECTRICAL ENGINEERING (BTELVI) Term-End Examination 00373 December, 2016
BIEEE-O10 POWER SYSTEM RELIABILITY
Time hours Maximum Marks: 70
Note: Attempt any five questions. All questions carry equal marks.
1. Explain the probability models for generating units and loads in detail. 7
Describe the Markov process in the context of reliability analysis. 7
2. Discuss in detail about variable reserve and maximum peak-load reserve for reliability analysis of interconnected systems. 10
Compare isolated and interconnected power systems. 4
3. Explain the concept of modified PJM method and write its advantages over original PJM method. 7
Describe the Hot Reserve and Security Function Approach. 7
4. How can reliability indices be used for load probability method? 7
Discuss the various performance indices that are used for the composite system reliability analysis. 7
5. Classify different types of outages and explain their effects in power systems. 7
Describe the process of calculating Forced Outage Rate with the help of two-state model. 7
6. Discuss with illustration why the loop system of a distribution network is more reliable as compared to the radial system. 7
How is risk prediction done in a distribution system Also explain the various interruption indices in a distribution system. 7
7. Write short notes on any two of the following: 2x7=14 Preparation of capacity outage probability table of a power plant Economics and Reliability of generating units Line failures in a distribution system
B.Tech. -VIEP -ELECTRICAL ENGINEERING (BTELVI) Term-End Examination 00373 December, 2016
BIEEE-O10 POWER SYSTEM RELIABILITY
Time hours Maximum Marks: 70
Note: Attempt any five questions. All questions carry equal marks.
1. Explain the probability models for generating units and loads in detail. 7
Describe the Markov process in the context of reliability analysis. 7
2. Discuss in detail about variable reserve and maximum peak-load reserve for reliability analysis of interconnected systems. 10
Compare isolated and interconnected power systems. 4
3. Explain the concept of modified PJM method and write its advantages over original PJM method. 7
Describe the Hot Reserve and Security Function Approach. 7
4. How can reliability indices be used for load probability method? 7
Discuss the various performance indices that are used for the composite system reliability analysis. 7
5. Classify different types of outages and explain their effects in power systems. 7
Describe the process of calculating Forced Outage Rate with the help of two-state model. 7
6. Discuss with illustration why the loop system of a distribution network is more reliable as compared to the radial system. 7
How is risk prediction done in a distribution system Also explain the various interruption indices in a distribution system. 7
7. Write short notes on any two of the following: 2x7=14 Preparation of capacity outage probability table of a power plant Economics and Reliability of generating units Line failures in a distribution system
Other Question Papers
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- Centre for Corporate Education, Training & Consultancy (CCETC)
- Centre for Corporate Education, Training & Consultancy (CCETC)
- National Centre for Disability Studies (NCDS)
- School of Agriculture (SOA)
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Subjects
- Basics of Electrical Engineering
- C - Programming
- Computer Applications In P.S.
- Control Systems
- Digital Control System
- Digital Control System Design
- Dynamics System Simulation
- Electrical Circuit Theory
- Electrical Engineering Material
- Electrical Installation and System
- E l e c t r i c a l M a c h i n e T h e o r y I I
- Electrical Machines-I
- Electrical Measurements And Instruments
- Electrical Power Transmission and Distribution
- Energy Audit
- Flexible Ac Transmission System
- Industrial Drives and Controls
- Mechatronics
- Power Generation System
- Power Plant Economics And Centering
- Power System Reliability
- Principles of Computer Architecture
- Special Electrical Machines
- Switchgear And Protection
- Utilization Of Electrical Engineering