T/CSTE 0131-2021 "Leader standard evaluation requirements for wind power cables"
T/CSTE 0131-2021 "Leader standard evaluation requirements for wind power cables"
Basic Information
Scope
Scope: This document specifies the evaluation index system, evaluation methods, and grade classification for the evaluation of "Leader" standards for wind power cables. This document applies to the evaluation of enterprise standards for torsion-resistant soft cables for wind power generation with a rated voltage of 1.8/3 kV and below, and for torsion-resistant soft cables for wind power generation with a rated voltage of 6 kV (Um=7.2 kV) to 35 kV (Um=40.5 kV). Relevant institutions can refer to this document when formulating "Leader" evaluation schemes for enterprise standards. Enterprises can also use this document as a reference when formulating their own enterprise standards. Main Technical Content: 4.2 Classification of Evaluation Indices 4.2.1 The indicators included in the "Leader" standards for wind power cables are divided into basic indicators, core indicators, and innovative indicators. 4.2.2 Basic Indicators 4.2.2.1 Rated voltage - For torsion-resistant soft cables for wind power generation with a rated voltage of 1.8/3 kV and below, the indicators include conductor DC resistance, insulation thickness, sheath thickness, cable outer diameter, tensile strength and elongation at break, heat elongation, voltage test, sheath oil resistance, low-temperature tensile strength, sheath tear resistance, and low-temperature elongation. - For torsion-resistant soft cables for wind power generation with a rated voltage of 6 kV to 35 kV, the indicators include conductor DC resistance, insulation thickness, shielding thickness, sheath thickness, tensile strength and elongation at break, heat elongation, insulation ozone resistance, sheath oil resistance, insulation water absorption, sheath tear resistance, low-temperature tensile strength, artificial climate aging, salt spray test, bending and partial discharge, tanδ, thermal cycling and partial discharge, and impulse voltage and voltage withstand test. 4.2.3 Core Indicators 4.2.3.1 For torsion-resistant