IEEE 421.5-1992

$98.04

IEEE Recommended Practice for Excitation System Models for Power System Stability Studies

Published By	Publication Date	Number of Pages
IEEE	1992

Guaranteed Safe Checkout

Category: IEEE

If you have any questions, feel free to reach out to our online customer service team by clicking on the bottom right corner. We’re here to assist you 24/7.
Email:[email protected]

Description

New IEEE Standard – Superseded. Superseded by IEEE Std 421.5-2005. Excitation system models suitable for use in large scale system stability studies are presented. With these models, most of the excitation systems currently in widespread use on large, system-connected synchronous machines in North America can be represented. They include updates of models published in the IEEE Transactions on Power Apparatus and Systems in 1981 as well as models for additional control features such as discontinuous excitation controls.

PDF Catalog

PDF Pages	PDF Title
1	Title Page
3	Introduction Participants
5	CONTENTS
7	1.Scope
8	2. References 3. Representation of Synchronous Machine Excitation Systems in Power System Studies
10	4. Synchronous Machine Terminal Voltage Transducer and Load Compensator Models
11	5. Type DC — Direct Current Commutator Exciters 5.1 Type DC1A Excitation System Model
13	5.2 Type DC2A Excitation System Model 5.3 Type DC3A Excitation System Model
14	6. Type AC — Alternator Supplied Rectifier Excitation Systems 6.1 Type AC1A Excitation System Model
15	6.2 Type AC2A Excitation System Model
16	6.3 Type AC3A Excitation System Model 6.4 Type AC4A Excitation System Model
18	6.5 Type AC5A Excitation System Model
19	6.6 Type AC6A Excitation System Model
20	7. Type ST — Static Excitation Systems 7.1 Type ST1A Excitation System Model
21	7.2 Type ST2A Excitation System Model
22	7.3 Type ST3A Excitation System Model
23	8. Power System Stabilizers 8.1 Type PSS1A Power System Stabilizer
24	8.2 Type PSS2A Power System Stabilizer
25	9. Supplementary Discontinuous Excitation Control 9.1 Type DEC1A Discontinuous Excitation Control
26	9.2 Type DEC2A Discontinuous Excitation Control
27	9.3 Type DEC3A Discontinuous Excitation Control 10. Bibliography
28	Annex A—Nomenclature
32	Annex B—Per Unit System
33	Annex C—Exciter Saturation and Loading Effects
35	Annex D—Rectifier Regulation
37	Annex E—Representation of Limits
40	Annex F—Avoiding Computational Problems by Eliminating Fast Feedback Loops
45	Annex G—Paths for Flow of Induced Synchronous Machine Negative Field Current
47	Annex H—Excitation LImiters
48	Annex I—Sample Data