标准-分析测试百科网

DL/T 1647-2016 防火电力电容器使用技术条件

Technical conditions for use of fireproof power capacitors

ICS: 29.240.99
CCS: k42
发布: 2016-12-05
实施: 2017-05-01

DL/T 1399.2-2016 电力试验/检测车第2部分：电力互感器检测车

Electric power test/inspection vehicle Part 2: Electric transformer inspection vehicle

ICS: 29.240.99
CCS: F24
发布: 2016-12-05
实施: 2017-05-01

DL/T 1637-2016 变电站机器人巡检技术导则

Technical guidelines for substation robot inspection

ICS: 29.240.99
CCS: F23
发布: 2016-12-05
实施: 2017-05-01

EN 62827-1:2016 无线电力传输管理第1部分：通用组件

IEC 62827-1:2016 specifies common components of management for multiple sources and devices in a wireless power transfer system, and justifies various functions for wireless power transfer. This part of IEC 62827 defines the reference models for possible configurations of a wireless power transfer system. The models are specified in additional parts in more detail. This standard is applied to a wireless power transfer system for audio, video and multimedia equipment.

Wireless Power Transfer - Management - Part 1: Common Components

ICS: 29.240.99
CCS
发布: 2016-11-18
实施: 2017-02-18 (7)

T/CEC 108-2016 配网复合材料电杆

根据近年来电力新材料、新技术、新产品的发展和应用成果，分别对配网复合材料电杆、柱上变压器一体化成套设备、高温超导限流电抗器等设备的技术条件、试验进行了规范，对推动新产品、新技术在电力行业的应用具有重要作用。

Distribution network composite pole

ICS: 29.240.99
CCS: D442
发布: 2016-10-21
实施

T/CEC 130-2016 10kV～110kV干式空心并联电抗器技术要求

10kV～110kV干式空心并联电抗器技术要求

Technical requirements for 10kV~110kV dry-type air-core shunt reactor

ICS: 29.240.99
CCS: D442
发布: 2016-10-21
实施

T/CEC 123-2016 断路器选相控制器通用技术条件

断路器选相控制器通用技术条件

General specification for circuit breaker phase selection controller

ICS: 29.240.99
CCS: D442
发布: 2016-10-21
实施

T/CEC 124-2016 断路器操作箱通用技术条件

断路器操作箱通用技术条件

General technical conditions for circuit breaker operation box

ICS: 29.240.99
CCS: D442
发布: 2016-10-21
实施

GSO IEC TR 62511:2016 互连电力系统设计指南

IEC TR 62511:2014(E) provides guidelines in planning and design of the interconnected power system (IPS) and consequently achieve the delivery of reliable supply service. The guidelines for the design of interconnected power systems within this document will enhance system reliability, mitigate many of the adverse impacts associated with the loss of a major portion of the system or unintentional separation of a major portion of the system, and will not be consequential because of normal design contingencies. In the context of this Technical Report, interconnected power system means an entity's (control area or a system operator) high-voltage transmission system that can adversely impact other connected systems due to faults and disturbances within its area. In the case of large areas, the system operator may define a subset of its area to keep the adverse impact contained within a smaller portion of its system. This Technical Report specifies the recommended techniques for securing an IPS to ensure a high level of reliability. Generally, interconnected power systems are synchronously connected or asynchronously connected through DC interconnections. This document aims to ensure that the interconnections are designed and operated consistently on both ends. The recommendations include design and operation requirements to withstand the primary contingencies specified in this document.

Guidelines for the design of interconnected power systems

ICS: 29.240.99
CCS
发布: 2016-09-27
实施

GSO IEC/IEEE/PAS 63547:2016 将分布式资源与电力系统互联

IEC/IEEE/PAS 63547:2011(E) provides interconnection technical specifications and requirements, and test specifications and requirements. It establishes criteria and requirements for interconnection of distributed resources (DR) with electric power systems (EPS).

Interconnecting distributed resources with electric power systems