(Including but not limited to the following topics)
Topic 1: Microgrid
Microgrid architecture and topology design
Distributed power generation modeling and control
Energy storage system and energy management
Microgrid operation optimization and scheduling
Grid-connected/disconnected switching control
Island detection and anti-island protection
Microgrid frequency and voltage regulation
Sliding mode control and virtual synchronous machine
Multi-microgrid coordinated operation
Source-grid-load-storage coordinated optimization
Microgrid protection and fault isolation
Power quality control and harmonic suppression
Distributed renewable energy access
Microgrid economic assessment
Microgrid reliability analysis
Topic 2: Power System
Power system power flow calculation
Power system transient and steady-state stability
Short-circuit calculation and relay protection
High-voltage direct current and flexible direct current transmission
Reactive power compensation and voltage control
Power system frequency adjustment
Power system planning and reliability
New energy grid connection and absorption
Power market and economic dispatch
Load forecasting and demand response
Fault diagnosis and self-healing control
Online monitoring of electrical equipment
Power system digital twin
Insulation coordination and overvoltage protection
Transformer and switchgear technology
Topic 3: Automatic Control
Linear system theory and state space
Nonlinear system control
Robust control and adaptive control
Intelligent control and fuzzy control
Model predictive control
Optimal control and dynamic programming
Sliding mode variable structure control
Multi-agent collaborative control
Event-triggered and sampling control
Networked control systems
System identification and parameter estimation
Fault detection and fault-tolerant control
Industrial process control and automation
Servo control and motion control
Embedded control system implementation