Synchronous Generation Modelling
Advanced modeling and simulation of synchronous generators for accurate power system analysis and control design
Service Overview
Accurate synchronous generator modeling is essential for power system stability studies, control design, and operational analysis. Our comprehensive modeling approach covers detailed machine parameters, control systems, and dynamic behavior under various operating conditions.
Key Features
Detailed Machine Models
Development of accurate synchronous machine models including subtransient, transient, and steady-state parameters.
Control System Integration
Modeling of excitation systems, governors, and power system stabilizers for comprehensive dynamic analysis.
Saturation Effects
Incorporation of magnetic saturation characteristics and their impact on generator performance and stability.
Model Validation
Verification of generator models against field measurements and manufacturer data for accuracy assurance.
Key Applications
Power System Analysis
- Power system stability studies
- Dynamic security assessment
- Grid code compliance verification
Control & Protection
- Generator control system design
- Protection system coordination
- Power plant performance optimization
Industry Standards & Compliance
Our synchronous generation modeling follows IEEE 421.5, IEEE 1110, and IEC 60034 standards for accurate representation of generator characteristics and control systems.