Introduction to Medium Voltage Power Cables
- Introduction to Medium Voltage Power Cables
Medium Voltage Power Cables
- Electrical Cables
- Power cable Advantages
- Power Cable Disadvantages
- Classification of power Cables
Design of Medium Voltage Power Cables
- Layers of Medium Voltage Cables
- Technical Breakdowns in Power Cables
- Examples for Medium Voltage Power Cables
Electrical Properties of Power Cables
- Resistance of Conductor in Power Cables
- Insulation Resistance in Power Cables
- Electric Field in Power Cables
- Magnetic Field in Power Cables
- Inductance in Power Cables
- Capacitance in Power Cables
Installation and Testing for Medium Voltage Power Cable
- Power Cable Extension Method
- Medium Voltage Cable Tests
International Standards and Specifications According to IEC
- International Electrotechnical Commission (IEC)
- General Technical Standards for Power Cables
- Electrical standards for Resistance of Conductor
- Electrical Standards for Inductance
- Electrical Standards for Capacitance
- Electrical Standards for Short Circuit Currents
- Electrical Standards for short Charging Current
- Electrical Standards for Voltage Drop
- Electrical Standards for Dielectric Loss
Code design for Medium Voltage Cables According to International Organisations
- Code Design for Medium Voltage Cables
- Specifications for N2XSY - N2XS2Y - NA2XS2Y - N2XS(F)2Y - NA2XS(F)2Y - N2XSEY
Technical Tables and Specifications for Manufacturers
- Specifications of Manufacturer for 12/20 KV
- Specifications of Manufacturer for 18/30 KV
