Overhead Power Lines Library
- Electrical Transmission Networks – EHV and HV Overhead Lines
- Corona Effect & Discharge in Transmission Lines & Power System
- Failures In Electrical Systems, Equipment & Materials
- What is Shunt Reactor – Types, Construction & Applications
- Power System Restoration – Outage, Voltage Collapse & Switching Programs
- Working on De-Energized Electric Circuits, Networks & Equipment
- Electrical Shock Hazards & Its Effects on Human Body
- Protective Actions to Avoid & to Reduce Electric Hazardous
- Treeing in XLPE Insulated Medium & High Voltage Cables
- MV & HV Cable Termination to Equipment & Joints
- Types & Characteristics of Surge Arresters
- Electric Stress Control in Cable, Joints & Terminations
- Busbars and Connectors in HV and EHV installations
- Overhead Lines Protection – Faults & Protection Devices
- HV And MV Switch Disconnectors And Isolators in Power System
- Design and Installation of EHV/EHV and EHV/HV Substations
- All About Electrical Protection Systems, Devices And Units
- Insulating And Dielectric Materials – Types, Properties & Applications
- Short Circuit Currents And Symmetrical Components
- Why Power Transmission Cables & Lines are Loose on Electric Poles & Transmission Towers?
- How to Calculate the Suitable Capacitor Size in Farads & kVAR for Power factor Improvement
- How to Convert Capacitor Farads into kVAR & Vice Versa (For Power factor improvement)
- Advantages of Power factor improvement and Correction
- Causes of low Power Factor
- Power Factor improvement Methods with Their advantages & Disadvantages
- Disadvantages of Low Power Factor
- Prove that Volume of The conductor is Inversely proportional to the squire of Voltage ( Vol = 1/V2). And what is the effect of this relation on Transmission and Distribution System.
- Electric Power System – Generation, Transmission & Distribution of Electricity
- What is the purpose of ground wires in over-Head Transmission lines?
- What is the difference between real ground and virtual ground?