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IEEE 1052 2018:2019 Edition

IEEE 1052 2018:2019 Edition

$81.25

IEEE Guide for Specification of Transmission Static Synchronous Compensator (STATCOM) Systems

Published By Publication Date Number of Pages
IEEE 2019 115
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New IEEE Standard – Active. Assisting users in specifying the functional requirements for transmission static synchronous compensator (STATCOM) systems using forced commutated technology based on voltage sourced converter topologies is the purpose of this guide. These systems may be hybrid,and also incorporate thyristor and mechanically switched inductors and capacitors. Reactive power compensation, voltage regulation and control, transient and dynamic stability, and control and protection are the functions included. Accepted engineering practices for the application of STATCOM systems are presented. Specifications, typical application requirements, engineering studies, main component characteristics, system functions and features, factory testing, commissioning, and operations are covered. Informative annexes that allow users to develop or modify specific clauses to meet the requirements of a particular transmission system application are included.

PDF Catalog

PDF Pages PDF Title
1 IEEE Std 1052™-2018 Front cover
2 Title page
4 Important Notices and Disclaimers Concerning IEEE Standards Documents
7 Participants
9 Introduction
10 Contents
12 1. Overview
1.1 Scope
1.2 Purpose
13 1.3 Application
2. Normative references
14 3. Definitions, acronyms and abbreviations
3.1 Definitions
15 3.2 Acronyms and abbreviations
17 4. STATCOM system project description
18 5. Scope of supply and schedule
5.1 Scope of supply
20 5.2 Schedule
6. Site and environmental data
21 7. Power system characteristics
22 8. STATCOM system characteristics
8.1 STATCOM system rating
25 8.2 Control objectives
29 8.3 Harmonic performance
30 8.4 Telephone and radio interference
8.5 Audible noise
8.6 Loss evaluation
32 8.7 STATCOM system availability and reliability
33 9. Main components—required functions and features
9.1 General requirement
9.2 Switching devices [VSC (STATCOM) and thyristor valves (TSC/TSR)]
35 9.3 VSC (STATCOM) and thyristor valves (TSC/TSR) cooling system
36 9.4 Control equipment and operator interface
37 9.5 Monitoring and protection
39 9.6 Reactors and phase reactors
40 9.7 Capacitors and ac filters
9.8 Power transformers
9.9 Switchgear
9.10 Auxiliary power supplies
10. Spares
10.1 Spares strategy
41 10.2 Spare parts storage
10.3 Spare parts accounting
42 11. Engineering studies
11.1 Information submitted with bid
11.2 Pre-manufacturing engineering and design verification studies
44 11.3 Post-commissioning studies
12. Tests
12.1 Factory tests of switching devices
45 12.2 Factory tests of controls
46 12.3 Tests of other components
12.4 Field tests
13. Documentation
14. Training
47 15. Balance of plant
15.1 Buildings and structures
15.2 Fire protection
48 15.3 Site requirements and conditions
49 Annex A (informative) Bibliography
53 Annex B (informative) Notes for a functional specification
B.1 STATCOM system project description (refer to Clause 4)
55 B.2 Scope of supply and schedule (refer to Clause 5)
56 B.3 Site and environmental data (refer to Clause 6)
B.4 Power system characteristics (refer to Clause 7)
58 B.5 Main STATCOM system characteristics (refer to Clause 8)
86 B.6 Main components—required functions and features (refer to Clause 9)
95 B.7 Spares (refer to Clause 10)
96 B.8 Engineering studies (refer to Clause 11)
99 B.9 Tests (refer to Clause 12)
100 B.10 Documentation (refer to Clause 13)
101 B.11 Training (refer to Clause 14)
B.12 Balance of plant (refer to Clause 15)
104 Annex C (informative) Method of calculating VSC losses
105 Annex D (informative) Geomagnetic induced current
D.1 GIC description
D.2 GIC impact on SVC and STATCOM system design and operation
106 D.3 Performance under GIC conditions
D.4 Example of GIC specification
108 Annex E (informative) Phase angle jump – occurrence and mitigation
E.1 Design consideration
E.2 Mechanisms
E.3 Consequences on the operation of the STATCOM
110 Annex F (informative) Discussion on auxiliary power supply
F.1 STATCOM system auxiliary supply – options and specification considerations
113 F.2 Auxiliary supply power quality
115 Back cover

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