IEEE 1732-2017
IEEE Recommended Practice for Space Charge Measurements on High-Voltage Direct-Current Extruded Cables for Rated Voltages up to 550 kV
standard by IEEE , 06/26/2017
Most Recent
Most Recent
Language:
-
-
Available Formats
- Options
- Availability
- Priced From ( in USD )
-
Available Formats
-
- Immediate download
-
$65.00Members pay $52.00
- Add to Cart
-
- Printed Edition
- Ships in 1-2 business days
-
$81.00Members pay $65.00
- Add to Cart
-
- Printed Edition + PDF
- Immediate download
- $92.00
- Add to Cart
Customers Who Bought This Also Bought
-
IEEE 98-2016
Priced From $65.00 -
IEEE 835-1994
Priced From $560.00 -
IEEE 775-1993
Priced From $150.00 -
IEEE 1043-1996
Priced From $141.00
About This Item
Full Description
Scope
This standard recommends best practices for the measurement of space charge on high-voltage direct-current (HVDC) extruded cables having rated voltage up to 550 kV. Focus is on poling time, depolarization time, heating and cooling of specimens. Particular reference is made to space charge measurements to be carried out during load cycle qualification tests (either prequalification or type test load cycles). The ultimate goal of this standard is not checking the compliance with any maximum acceptable limit of either space charge or electric field; rathere, assessing the variation of the electric field profile in the cable insulation wall during load cycle qualification tests.
Abstract
New IEEE Standard - Active.
The aim of this recommended practice is establishing a protocol for the measurement of space charges in high-voltage direct-current (HVDC) extruded cables having rated voltage up to 550 kV. Such measurements are prescribed to be carried out at the beginning and at the end of load cycle qualification tests (either the long-duration voltage test of prequalification tests or the load cycle test of type tests). The various steps of the protocol for the measurement of space charges in such cables are carefully described. Details are given about the procedure for applying and switching off the voltage, the preparation and conditioning of specimens, the measurement times during poling and depolarization, and the calculations for checking electric field stabilization. The ultimate goal of this recommended practice is not verifying the compliance with any maximum acceptable limit of either space charge or electric field, but rather assessing the variation of the electric field profile in the cable insulation wall during load cycle qualification tests.
