DL/T 5393-2007 高压直流换流站接入系统设计内容深度规定

高压直流换流站接入系统设计内容深度规定

Design Regulation of Content and Profundity for High Voltage Direct Current Converter Station Connecting to the System

【标准号】　 DL/T 5393-2007

【发布日期】　2007-07-20

【标准状态】　废止

【实施日期】　2007-12-01

【适用范围】　 This standard is applicable to design of system connection of HVDC converter stations，and may be referenced for design of system connection of back-to-back DC converter stations.

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Introduction
翻译出版说明
Foreword
1　Scope
2　General
3　Design　of　System　Connection　of　HVDC　Converter　Station（Primary　System）
- 3.1　Design　Basis　and　Principles
- 3.2　Current　Status　of　Power　System
- 3.3　Power　System　Planning
- 3.4　Overview　of　HVDC　Transmission　Project
- 3.5　Justification　of　Schemes　for　System　Connection　of　HVDC　Converter　Station
- 3.6　Calculation　of　Power　System
- 3.7　Study　on　Reactive　Power　Configuration　of　Converter　Station
- 3.8　Requirements　for　HVDC　System　Performance　and　Main　Technical　Parameters
- 3.9　Main　Conclusions　and　Suggestions
- 3.10　Attached　Drawings
4　Design　of　System　Connection　of　HVDC　Converter　Station（Secondary　System）
- 4.1　Design　Basis　and　Principles
- 4.2　System　Relay　Protection
- 4.3　Security　and　Stability　Control　Device
- 4.4　PMU
- 4.5　System　Dispatch　Automation
- 4.6　System　Communication
- 4.7　Estimation　of　Investment
- 4.8　Conclusions　and　Suggestions
- 4.9　Attached　Drawings

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高压直流换流站接入系统设计内容深度规定

Design Regulation of Content and Profundity for High Voltage Direct Current Converter Station Connecting to the System

标准信息

中文目录

Introduction

翻译出版说明

Foreword

1　Scope

2　General

3　Design　of　System　Connection　of　HVDC　Converter　Station（Primary　System）

3.1　Design　Basis　and　Principles

3.2　Current　Status　of　Power　System

3.3　Power　System　Planning

3.4　Overview　of　HVDC　Transmission　Project

3.5　Justification　of　Schemes　for　System　Connection　of　HVDC　Converter　Station

3.6　Calculation　of　Power　System

3.7　Study　on　Reactive　Power　Configuration　of　Converter　Station

3.8　Requirements　for　HVDC　System　Performance　and　Main　Technical　Parameters

3.9　Main　Conclusions　and　Suggestions

3.10　Attached　Drawings

4　Design　of　System　Connection　of　HVDC　Converter　Station（Secondary　System）

4.1　Design　Basis　and　Principles

4.2　System　Relay　Protection

4.3　Security　and　Stability　Control　Device

4.4　PMU

4.5　System　Dispatch　Automation

4.6　System　Communication

4.7　Estimation　of　Investment

4.8　Conclusions　and　Suggestions

4.9　Attached　Drawings

英文目录

本书术语

高压直流换流站接入系统设计内容深度规定

Design Regulation of Content and Profundity for High Voltage Direct Current Converter Station Connecting to the System

标准信息

中文目录

Introduction

翻译出版说明

Foreword

1 Scope

2 General

3 Design of System Connection of HVDC Converter Station（Primary System）

3.1 Design Basis and Principles

3.2 Current Status of Power System

3.3 Power System Planning

3.4 Overview of HVDC Transmission Project

3.5 Justification of Schemes for System Connection of HVDC Converter Station

3.6 Calculation of Power System

3.7 Study on Reactive Power Configuration of Converter Station

3.8 Requirements for HVDC System Performance and Main Technical Parameters

3.9 Main Conclusions and Suggestions

3.10 Attached Drawings

4 Design of System Connection of HVDC Converter Station（Secondary System）

4.1 Design Basis and Principles

4.2 System Relay Protection

4.3 Security and Stability Control Device

4.4 PMU

4.5 System Dispatch Automation

4.6 System Communication

4.7 Estimation of Investment

4.8 Conclusions and Suggestions

4.9 Attached Drawings

英文目录

本书术语

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1　Scope

2　General

3　Design　of　System　Connection　of　HVDC　Converter　Station（Primary　System）

3.1　Design　Basis　and　Principles

3.2　Current　Status　of　Power　System

3.3　Power　System　Planning

3.4　Overview　of　HVDC　Transmission　Project

3.5　Justification　of　Schemes　for　System　Connection　of　HVDC　Converter　Station

3.6　Calculation　of　Power　System

3.7　Study　on　Reactive　Power　Configuration　of　Converter　Station

3.8　Requirements　for　HVDC　System　Performance　and　Main　Technical　Parameters

3.9　Main　Conclusions　and　Suggestions

3.10　Attached　Drawings

4　Design　of　System　Connection　of　HVDC　Converter　Station（Secondary　System）

4.1　Design　Basis　and　Principles

4.2　System　Relay　Protection

4.3　Security　and　Stability　Control　Device

4.4　PMU

4.5　System　Dispatch　Automation

4.6　System　Communication

4.7　Estimation　of　Investment

4.8　Conclusions　and　Suggestions

4.9　Attached　Drawings