Field I: Research and development of Advanced electrical materials

1) Charge transport and polarization mechanism of electrical materials

2) Insulation assessment under complex operating conditions

3) Design and development of electrical materials

4) Multi-field control of composite insulation structures

Field II: Insulation and Discharge in Multi-Composition Materials

1) Theoretical principles of Environmental Dielectrics in Multi-Compositions

2) Technologies of Conductive and Insulation Materials

3) Control Techniques of Switch Arc in Multi-Composition Medium

4) Inhibition of Arc Erosion and Improvement of Interruption

Field III: High Performance Packing Materials and Integration technologies

1) Theoretical principles of Power Electronics Packaging

2) Modification of Packaging and Magnetic Materials

3) Packaging Technology for High-Temperature and High-Voltage Power Semiconductors

4) Modular Integration Technology for High Reliable Power Electronics

Field IV: Optimization of Special Functional electrical Materials

1) Multi-scales and Multi-objectives Optimization of Insulation；

2) Phase Transition Theoretical Principle of Nonlinear Materials；

3) Research and Development of Large-scale High Gradient Insulator；

4) Structural Design and Control of Protective Materials.