Intro
Contents
Coordination Control Strategy for a Dual T-Type Modular Multilevel Converter
1 Introduction
2 T-type AC-AC Power Supply Topology
3 Closed Loop Control System Design
4 Circuit Parameter Design
5 Simulation Results
6 Conclusion
References
High Frequency High Power Soft Switch Resonance Type Based on SiC Design of DC Converter Parameters
1 Introduction
2 LLC Topology Analysis
3 Circuit Parameter Design
3.1 Fundamental Wave Analysis
3.2 ZVS Condition Analysis on Primary Side of Switch Tube
3.3 Parameter Design
4 Design Example

5 Experimental Verification
6 Conclusion
References
Decentralized Trading of High-Proportion Renewable Energy Microgrid Based on Master-Slave Game and Slime Mould Algorithm (SMA)
1 Introduction
2 Microgrid Electricity Market Pricing
2.1 Microgrid Decentralized Transaction
2.2 Master-Slave Game of Microgrid
3 Slime Mould Algorithm
4 Case Analysis
5 Conclusion
References
Application and Analysis of LADRC in Photovoltaic Grid-Connection
1 Introduction
2 Model Analysis
3 LADRC Strategy
4 Frequency Domain Analysis
5 Simulation and Analysis

6 Conclusion
References
Analysis of the Second Kinds of Edge End Effects in Medium and Low Speed Maglev Linear Motors
1 Introduction
2 Basic Structure of Linear Induction Motor
3 Classification and Analytical Formula of Edge End Effect
4 Comparison Between Analytical Method and Measured Value
5 Comparative Analysis of Calculated and Measured Thrust Values
6 Conclusion
References
Analysis of the Effect of Lightning on the Insulation Between Terminals of Capacitors for EHVDC
1 Foreword

2 Analysis of the Influence of the Lightning Wave on the Capacitor from the View of Traveling Wave
2.1 The Influence of Lightning Wave on the Insulation Between the Capacitor and the Terminals of the Capacitor Group
2.2 Analysis of Resonance Possibility of Lightning Wave in Capacitor Bank
2.3 Analysis of the Influence of Lightning Wave on Capacitor from Wave Impedance
3 Brief Summary
References
Simulation Research on Electrostatic Distribution of Aircraft Composite Fuel Tank
1 Introduction
2 Fundamental Theory
3 Finite Element Model of Composite Fuel Tank

3.1 Design of Composite Fuel Tank Model
3.2 Model Material Parameter Setting
3.3 Mesh Settings
4 Analysis of the Electrostatic Characteristics and Mechanism of the Outer Skin Model
4.1 Effect of Electrical Conductivity of Single-Layer Composites on Electrostatic Charge Dissipation Process
4.2 The Influence of the Conductivity of Single-Layer Composites on the Distribution of Static Electricity
4.3 The Influence of the Conductivity of Multi-layer Composites
5 Electrostatic Characteristics and Mechanism Analysis of Composite Fuel Tank Model