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Ampacity calculations for mixed underground cable systems in the same ductbank
By: Kansog, J.O.C.; Brown, M.T.;
1994 / IEEE / 0-7803-1883-8
Description
This item was taken from the IEEE Periodical ' Ampacity calculations for mixed underground cable systems in the same ductbank ' The steady state ampacity is calculated for mixed electric power underground cable circuits in a single trench or ductbank. The methodology presented in this paper can be applied to any practical number of balanced, three phase circuits (each in trefoil, pipe or conduit) of different voltage classes, cable sizes, load currents and cable systems located anywhere within a single trench or ductbank. The different thermal resistivities of the backfill or ductbank and the surrounding soil are taken into consideration. A practical example for 10 circuits in a trench is provided.<
Related Topics
Thermal Conductivity
Electric Conduits
Soil
Mixed Power Underground Cable Circuits
Steady State Ampacity
Trench
Ductbank
Three Phase
Trefoil
Pipe
Conduit
Voltage Class
Cable Size
Load Current
Thermal Resistivity
Backfill
Circuits
Temperature
Interference
Cables
Steady-state
Conductivity
Soil
Conductors
Thermal Loading
Thermal Resistance
Power Cables
Underground Cables
Soil
Engineering