Comprehensive concepts of Power Systems for GATE EE.
In-depth analysis and problem solving for Basic concepts of electrical power generation in GATE EE.
In-depth analysis and problem solving for AC and DC transmission concepts in GATE EE.
In-depth analysis and problem solving for Models and performance of transmission lines and cables in GATE EE.
In-depth analysis and problem solving for Economic Load Dispatch (with and without considering transmission losses) in GATE EE.
In-depth analysis and problem solving for Series and shunt compensation in GATE EE.
In-depth analysis and problem solving for Electric field distribution and insulators in GATE EE.
In-depth analysis and problem solving for Distribution systems in GATE EE.
In-depth analysis and problem solving for Per-unit quantities in GATE EE.
In-depth analysis and problem solving for Bus admittance matrix in GATE EE.
In-depth analysis and problem solving for Gauss- Seidel load flow methods in GATE EE.
In-depth analysis and problem solving for Newton-Raphson load flow methods in GATE EE.
In-depth analysis and problem solving for Voltage and Frequency control in GATE EE.
In-depth analysis and problem solving for Power factor correction in GATE EE.
In-depth analysis and problem solving for Symmetrical components in GATE EE.
In-depth analysis and problem solving for Symmetrical and unsymmetrical fault analysis in GATE EE.
In-depth analysis and problem solving for Principles of over-current/ differential/ directional and distance protection in GATE EE.
In-depth analysis and problem solving for Circuit breakers in GATE EE.
In-depth analysis and problem solving for System stability concepts in GATE EE.
In-depth analysis and problem solving for Equal area criterion in GATE EE.