Introduction

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Foreword

1　Scope

2　Normative　References

3　Terms　and　Definitions

4　General　Provisions

5　System　Requirements

6　Connection

• 6.1　General　Requirements

• 6.2　Connection　Scheme　of　Shunt　Reactors，Shunt　Capacitors　and　Associated　Equipment

• 6.3　Connection　Scheme　of　HV　Shunt　Reactors

• 6.4　Connection　Scheme　of　SVCs

7　Selection　of　Electrical　Equipment　and　Conductors

• 7.1　General　Requirements

• 7.2　Shunt　Capacitors

• 7.3　HV　Shunt　Reactors

• 7.4　LV　Shunt　Reactors

• 7.5　Series　Reactors

• 7.6　Circuit　Breakers

• 7.7　Fuses

• 7.8　Capacitor　Discharge　Devices

• 7.9　Surge　Arresters

• 7.10　SVCs

• 7.11　Conductors　and　Others

8　Installation　and　Arrangement

• 8.1　General　Requirements

• 8.2　Shunt　Capacitors

• 8.3　HV　Shunt　Reactor　Banks

• 8.4　LV　Series　and　Shunt　Reactor　Banks

• 8.5　SVCs

9　Secondary　Circuit，Relaying　Protection　and　Automatic　Switching

• 9.1　General　Requirements

• 9.2　Control

• 9.3　Signal

• 9.4　Measurement　and　Metering

• 9.5　Protection　for　Shunt　Capacitors

• 9.6　Protection　for　HV　Shunt　Reactor

• 9.7　Protection　for　LV　Shunt　Reactors

• 9.8　Protection　for　SVCs

• 9.9　Automatic　Switching

• 9.10　Fault　Recorder

10　Design　of　Buildings　and　Structures

• 10.1　Buildings　and　Fire　Protection

• 10.2　Structural　Design

11　Heating　and　Ventilation

Appendix　A（normative）　Calculation　of　Capacity　of　Capacitors　Causing　Resonance

Appendix　B（normative）　Calculation　of　Inrush　Current　of　Capacitor　Bank　Connected　to　the　Grid

Appendix　C（normative）　Calculation　of　Steadystate　Voltage　Rise（or　Drop）

Appendix　D（normative）　Calculation　of　Relaying　Protection　Settings　of　Capacitor　Installations

• D.1　Overcurrent　Protection

• D.2　Protection　Against　Internal　Faults　of　Single　Capacitor　Bank

• D.3　Overvoltage　Protection　for　Busbar　of　Capacitor　Installations

• D.4　Voltage　Loss　Protection　for　Capacitor　Installations

Appendix　E（normative）　Calculation　of　Harmonic　Current　Generated　by　Thyristorcontrolled　Reactor（TCR）

Appendix　F（normative）　Explanation　of　Wording　in　this　Standard

• F.1

• F.2