DL/T 5103-2012 in English

VALID

Technical code for the design of 35 kV-220 kV unattended substation

Issued on:2012-01-04
Implemented on:2012-03-01
File Format:PDF
Delivery:Via email within 5 business days

Price(USD)： $500.00
$485.00

Standard No:	DL/T 5103-2012
Document status:	VALID
Title in English:	Technical code for the design of 35 kV-220 kV unattended substation
Title in Chinese:	35kV～220kV无人值班变电站设计规程
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 5 business days
Issued on:	2012-01-04
Implemented on:	2012-03-01
Superseding:	DL/T 5103-1999 Design code for unattended substation of 35kV~110kV
ICS Classification:	29.240-Power transmission and distribution networks
Professional Classification:	DL-Electricity
Related Keywords:	unattended substation introductionthis standard unattended substations design process technical code necessary technical specifications
Related Topics:	dl/t+886-2012 Relative value of two people dl/t305-2012 dl/t 860.7420-2012 dl t 886 2012 dl/t5455-2012 dl/t 5272-2012 dl/t 5273-2012 dl/t1171-2012 dl/t 5282-2012 Code for design of unattended substation DL/T 5457-2012 Power Station Unattended Regulations DLT2210-2021 Hydropower Station Unattended Technology gb50268-2018 substation Hydropower plant is unmanned Transmission and substation design UAV development and design Drone design assessment dl/t1144-2012

本标准由国家能源局2012年第1号公告批准发布，自2012年3月1日起实施。原《35kV～220kV无人值班变电站设计技术规程》DL/T 5103-1999同时废止。
　　本标准适用于新建的35kV～220kV无人值班变电站或开关站的设计。

Introduction

This standard provides guidelines for the design of unattended substations operating within the voltage range of 35kV to 220kV. It outlines the necessary technical specifications and operational requirements to ensure the safe and efficient functioning of such substations. The document covers aspects such as site selection, layout planning, equipment selection, and control systems. It also includes provisions for communication systems, automation, and remote monitoring. The standard aims to establish a uniform approach to the design process, facilitating the implementation of reliable and cost-effective solutions. Additionally, it addresses the integration of modern technologies to enhance the performance and maintainability of the substations.

*** Please note: This description may not be accurate, please refer to the official documentation.