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Power cables and their components
Computation of electrical parameters of cable design
Power cable losses
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3-core cables aluminium ambient ampacity applied armouring backfills buried cables cable conductor cable dielectric cable insulation cable route cable sheaths calculated capacitance capacitor CIGRE circuit compound conductivity conductor temperature cooling copper core current rating curve cyclic d.c. cables density diameter dielectric loss distribution duct e.h.v. cables earth surface eddy current electric field electric stress electrical strength emergency load equation factor flow gradient h.v. cables heat dissipation heat source helium impregnated paper increase installation joints and terminations kV cables layer lead sheath material maximum metal method multicore cables normal operating overhead lines paper insulation paper tapes paper-insulated cables pipe pipe-type cables polyethylene power cables pressure proximity effects radial radius reduced relative permittivity reservoir screen sheath losses short-circuit shown in Fig soil solid-type cables spacers superconducting superconducting cables synthetic temperature rise thermal capacity thermal resistivity thickness Trans transient transmission underground cable usually voids wires