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1)
Built block representation of power system
security levels.
2)
Write a note on contingency selection.
3)
Give flow chart for contingency selection.
4)
Discuss various sensitivity factors.
5)
Explain contingency analysis and security
factors of power system.
6)
Analyze power
system security based on : 1. System monitoring 2. Contingency Analysis
7)
Elaborate generation shift factor and line
outage distribution factor in relation to security analysis. How they are
helpful in security analysis?
8)
Explain power system operating states with
neat diagram
9)
Classify power System state indicating all security levels
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3)
Explain weighted least squares estimation
technique.
4)
Evaluate estimation of non linear measurements is done using
Weighted LSE.
5)
Explain injection only algorithm for estimation
6)
Explain line only algorithm for estimation.
7)
Discuss problem of ill conditioning.
8) Detect bad data in case of state estimation
9)
Distinguish detection process , identification process and suppression of bad data in the
measurement vector.
10) Propose
various applications of state estimations in a power system
11) Explain Least Square Approximation method of state
estimation.
(12) Discuss Tracking State Estimation for Power system
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13) Explain the Treatment of Bad Data of State Estimation of Power system./Explain identification of bad data and suppression of bad data.
14) Describe Least Square Estimation (LSE) and Weighted LSE for estimation of x (vector of n random variables) using another vector y of variables m (>n).
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Government Engineering College, Bharuch
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Electrical Engineering Department
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Mid Sem Syllabus for
CEE (8TH SEM) 2019
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Chapter no - 1
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Safety Management:
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Chapter no
- 2
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Inspection of Electrical Equipment at site, Storage Electrical
Equipment at site, Foundation of Electrical Equipment at site, Alignment of
Electrical Machines, Tools/Instruments necessary for installation, Technical
report, Inspection, storage and handling of transformer, switchgear and
motors.
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Chapter no - 3
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resistance; Dielectric tests; Temperature-rise, insulation and
HV test, dielectric absorption, switching impulse test. testing of Current
Transformer and Voltage Transformer, power transformer, distribution
transformer, CVT and special transformer with reference to Indian Standard
(IS). Drying out procedure for transformer. PI index, Commissioning steps for
transformer, Troubleshooting & Maintenance of transformer.
[Ref: IS
2026:Part_1-10-Power Transformers: Methods of Test; IS 13956:1994-Testing
Transformers]
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Chapter no - 4
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Installation and commsissioning
of Rotating Electrical Machines:
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Chapter-1
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Conventional Generation, Load Curves and Tariffs(Whole chapter)
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Chapter-3
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Electrical Supply Systems
Electric supply system, Typical ac power supply scheme,
Advantages of high transmission voltage, Overhead v/s underground systems
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Chapter-4
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Power Factor and Power Factor Improvement of Load
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Chapter-5
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Mechanical Features and Design of Overhead Transmission Line
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Chapter-6
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Transmission Line Parameters
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Chapter-9
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Neutral Grounding
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Sr. No.
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CO Statement
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Chapters covered by CO
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1.
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Compare various means of electricity generation and
evaluate load curves, tariff structures and power factor and load power
factor improvement.
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1,4
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2.
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Carry out mechanical design of overhead line.
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5
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3.
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Compute resistance, inductance and capacitance of
overhead lines and underground cables.
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6
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4.
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Acquire knowledge about electrical supply system,
substation equipment’s & layout and methods of neutral grounding.
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3,9
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