%0 Generic %1 kennon1991determining %A KENNON, R.E. %D 1991 %K audible clearance electric electrical field magnetic noise power radio stability system %T DETERMINING RIGHT-OF-WAY POWER TRANSFER CAPABILITY %X A methodical approach to determining right-of-way width, given several constraints, is described. First a configuration to be tested is selected. Then a type of conductor with a range of diameters is chosen. Power transfer capabilities are computed based on system stability and thermal limits. Then the required rightof- way is computed for each of five constraints: Radio noise, audible noise, electric field, magnetic field and blow-out clearance. A 345kV double circuit is compared to a 199kV 6-phase configuration and two different 550kV configurations are compared.

@conference{kennon1991determining, abstract = {A methodical approach to determining right-of-way width, given several constraints, is described. First a configuration to be tested is selected. Then a type of conductor with a range of diameters is chosen. Power transfer capabilities are computed based on system stability and thermal limits. Then the required rightof- way is computed for each of five constraints: Radio noise, audible noise, electric field, magnetic field and blow-out clearance. A 345kV double circuit is compared to a 199kV 6-phase configuration and two different 550kV configurations are compared.}, added-at = {2021-04-01T17:23:27.000+0200}, author = {KENNON, R.E.}, biburl = {https://www.bibsonomy.org/bibtex/28a5462336687ea5fbc8131d1aa8be1a4/chkokalis}, interhash = {4a99437b5edc777afbe72a2940dd24bd}, intrahash = {8a5462336687ea5fbc8131d1aa8be1a4}, keywords = {audible clearance electric electrical field magnetic noise power radio stability system}, timestamp = {2021-04-01T18:22:47.000+0200}, title = {DETERMINING RIGHT-OF-WAY POWER TRANSFER CAPABILITY}, year = 1991 }