Mathematical Models of Electrical Network Systems

Part I. Mathematical Model of Network System

1. Introduction
Andrzej Kłos

2. Basic Notions
Andrzej Kłos

3. Algebraic Model of Network Graph
Andrzej Kłos

4. Algebraic Model of Network Currents
Andrzej Kłos

5. Algebraic Model of Network Voltages
Andrzej Kłos

6. Algebraic Model of Current–Voltage Vectors
Andrzej Kłos

7. Kirchhoff’s Laws Using Matrix T

Andrzej Kłos

8. Current–Voltage Functional Relations
Andrzej Kłos

9. General Comments to Part I
Andrzej Kłos

Part II. Application Examples

10. Applications of b-Dimensional Formulation of Kirchhoff’s Laws
Andrzej Kłos

11. Network Solution Method Using Algebraic Network Model
Andrzej Kłos

12. Method of Current and Voltage Sensitivity Analysis
Andrzej Kłos

13. Method of Arbitrary Input Data
Andrzej Kłos

14. Logical Optimization Method of Network System
Andrzej Kłos

15. Current-Based Method of Load Flow Solution
Andrzej Kłos

Nyckelord: Engineering, Power Electronics, Electrical Machines and Networks, Energy Systems