Power System I - Full Scanned Lecture Notes for GATE Exams

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Power System I
Hand Written Materials from Reputed Institutions and Faculties


Power System I Full Scanned hand written Lecture Notes for GATE Exams for the Department of Electrical Engineering.

Content : 
  • Transmission
  • Generation
  • Importance of Load
  • Importance of Reactive Power
  • Power factor
  • Leading Load
  • Lag Load
  • Methods of Reactive Power Control
  • Shunt capacitor Compensation
  • Practical arrangement of Shunt Capacitor bank in Substation
  • Capacitor of each Cell
  • Shunt Reactor
  • Ferranti Effect
  • Compensation of Ferranti effect 
  • Series capacitor compensation
  • Generator excitation control
  • Overview of voltage control
  • Sending end power
  • Locus of power
  • Bus or Admittance matrix
  • Shunt admittance
  • Properties of [y bus] matrix
  • Steady state power flow equation
  • Classification of buses
  • Application of gauss – seidal
  • Advantage of gauss seidal
  • Newton- Raphson method
  • Static power flow equations
  • Jacobian matrix
  • Types of conductor
  • Parameters of X^mn line
  • Total inductance
  • Bundled conductor
  • Proximity effect
  • Performance parameters of X^mn line
  • Travelling waves
  • Factors affecting travelling waves
  • Attenuation n/w
  • Loss free line
  • Reflected wave
  • Advantages of cable termination
  • Single impedance loading
  • Compensated line
  • Counterpoise 
  • Critical disruptive voltage
  • Critical visual voltage
  • Corona
  • Advantage 
  • Disadvantage
  • Distribution system
  • Calculation of string
  • Insulator 
  • Sag and tension
  • Resonant
  • Power cables
  • Insulated generator
  • Speed governing control valve
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