Guidelines for the selection and operation of bare ACSR conductors with regard to current-carrying capacity

Electric Power Systems Research

Volumn 5, Issue 3, 1982, Pages 179-190

  Smolleck, Howard A ^a   Sims, Jerry P ^b  

^a NEW MEXICO STATE UNIVERSITY   (United States)

^b Tucson Electric Power Company   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

COMPUTER PROGRAMMING - APPLICATIONS; ELECTRIC CONDUCTORS - WIND EFFECTS; ELECTRIC LINES - AERIAL CONDUCTORS; SOLAR RADIATION;

AMPACITY; STEEL-REINFORCED ALUMINUM CONDUCTORS;

ELECTRIC CONDUCTORS, WIRE;

EID: 0020178420     PISSN: 03787796     EISSN: None     Source Type: Journal    
DOI: 10.1016/0378-7796(82)90013-X     Document Type: Article

References (32)

1. Effect of elevated temperature operation on the strength of aluminum conductors
2. Effect of elevated temperature on the performance of conductor accessories
3. Investigation of transmission and distribution system load capabilities at Dallas Power & Light Company
4. Economize by customizing conductor thermal ratings
5. Current carrying capacity of ACSR conductors
6. Current-temperature characteristics of aluminum conductors
7. Current-carrying capacity of ACSR
8. Overload and fault limitations of bare aluminum conductors
9. Emissivity of weathered conductors after service in rural and industrial environments
10. Nomographic computation of the ampacity rating of aerial conductors
11. Resistance and reactance of aluminum conductors
12. The resistance and reactance of aluminum conductors, steel reinforced
13. Creep of transmission line conductors
14. Short-time thermal ratings for bare overhead conductors
15. Extra-high-voltage single and twin bundle conductors: electrical characteristics and conductor selection
16. Load capability of bare ACSR and all-aluminum conductors based on long-term outdoor temperature rise tests
17. Aluminum conductor rating panel discussion
18. Thermal ratings for bare overhead conductors
19. Transmission conductor ratings
20. Current-Carrying Capacity of Bare ACSR Transmission Line Conductors
21. Steel supported aluminum conductors (SSAC) for overhead transmission lines
22. Graphic method for sag tension calculations for ACSR and other conductors
23. Weather variables can stretch conductor capabilities
24. A new thermal rating approach
25. Creep equations of conductors for sag-tension calculations
26. Emissivity and its effect on the current carrying capacity of stranded aluminum conductors
27. Determination of transmission line ampacities by probability and numerical methods
28. Thermal limits of overhead conductors at various meteorological conditions
29. Safe ratings for overhead line conductors
30. Thermal rating system will boost conductor capacity 70%