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Details

Transmission-Line Reference Book, 345 KV and Above.

DE82900209

Publication Date	1981
Page Count	403
Abstract	This book is the culmination of a 7-y effort, 1967 through 1973, titled Project UHV, to produce a new transmission design book for power transmissions systems operating at 375 kV through 1500 kV. Research results from Project UHV, sponsored by the Electric Research Council in the US and from projects all over the world were used. The data for uhv transmission had to be derived from single-phase tests with experimental 3-phase verification expected from a 3-phase program begun in 1974. The chapters in this reference describe the UHV Project, ehv-uhv transmission systems, electrical characteristics of ehv-uhv configurations and circuits, corona phenomena and corona loss on ac lines, interference problems, audible noise, electrostatic effects of overhead lines and stations, insulation design considering both operating voltages and switching surges, and the lighting performance of ehv-uhv lines. Extensive descriptive material, calculation methods, and both theoretical and empirical data are presented. (ERA citation 07:004037)
Keywords	Ehv ac systems Electric cables Electrical insulation Uhv ac systems Corona discharges Design Electrostatics Interference Lightning Noise pollution Numerical solution Operation Overhead power transmission Overvoltage Performance Power substations Power transmission lines Radio noise Specifications Surges ERDA/200301
Source Agency	Non Funded TIC Documents from TIC Tape
NTIS Subject Category	97E - Electric Power Transmission
Corporate Authors	Electric Power Research Inst., Palo Alto, CA.; General Electric Co., Pittsfield, MA.; General Electric Co., Schenectady, NY. Electric Utility Systems
Document Type	Technical Report
NTIS Issue Number	198212

Transmission-Line Reference Book, 345 KV and Above.

Transmission-Line Reference Book, 345 KV and Above.
DE82900209

Publication Date	1981
Page Count	403
Abstract	This book is the culmination of a 7-y effort, 1967 through 1973, titled Project UHV, to produce a new transmission design book for power transmissions systems operating at 375 kV through 1500 kV. Research results from Project UHV, sponsored by the Electric Research Council in the US and from projects all over the world were used. The data for uhv transmission had to be derived from single-phase tests with experimental 3-phase verification expected from a 3-phase program begun in 1974. The chapters in this reference describe the UHV Project, ehv-uhv transmission systems, electrical characteristics of ehv-uhv configurations and circuits, corona phenomena and corona loss on ac lines, interference problems, audible noise, electrostatic effects of overhead lines and stations, insulation design considering both operating voltages and switching surges, and the lighting performance of ehv-uhv lines. Extensive descriptive material, calculation methods, and both theoretical and empirical data are presented. (ERA citation 07:004037)
Keywords	Ehv ac systems Electric cables Electrical insulation Uhv ac systems Corona discharges Design Electrostatics Interference Lightning Noise pollution Numerical solution Operation Overhead power transmission Overvoltage Performance Power substations Power transmission lines Radio noise Specifications Surges ERDA/200301
Source Agency	Non Funded TIC Documents from TIC Tape
NTIS Subject Category	97E - Electric Power Transmission
Corporate Authors	Electric Power Research Inst., Palo Alto, CA.; General Electric Co., Pittsfield, MA.; General Electric Co., Schenectady, NY. Electric Utility Systems
Document Type	Technical Report
NTIS Issue Number	198212