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Taiwan Power Research Institute Taiwan Power Company Logo

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A world-class research and testing institution leading the sustainable development of Taipower Group

Group Overview (Research Area)

  • Name of Department ManagerLiao, Ching-Jung
  • Specialty Background of Department Manager

    Power system analysis, new technology research and development for future power grids

  • Public Department Mailbox d54602@taipower.com.tw

Group Overview (Research Area)

Technology of Power System Analysis and Improvement

1. Provision of virtual inertia through renewable energy and energy storage devices

2. Implementation of inertia regulation using flywheels and synchronous phase adjusters

3. Planning and Development of Smart Grid

4. Power System Analysis - Power Flow, Fault Current, Voltage Stability, Dynamic Stability, Transient Stability, Virtual inertia, and Protection Coordination

5. Power System Monitoring and Internet Applications

6. Power System Operation Techniques

7. Power System Simulation Center-Large Network System Study, Control System Validation, and System Protection Scheme Study

8. Application of Flexible AC Transmission System Techniques to Increase Transmission Capacity

9. Extremely Low Frequency Electromagnetic Field Related Issues, Data Collection, and Technology Service Providing

10. Energy Management System and System Analysis

11. Stability Analysis of Power System with High Renewable Energy Permeability

12. Technology Platforms for Power System Testing and Reviewing Plans for the Parameters of Generator Models

13. Development and Parameter Research of Virtual Synchronous Generator Model

Power Electronics Applications and Analysis

1. Power electronics and energy storage technology are applied to renewable energy and grid assistance

2. Application of converter in large photovoltaic field

3. Monitoring, Analysis and Mitigation of Power System Harmonic, Voltage Flicker, and System Unbalance Problems

4. Monitoring, Analysis, and Mitigate the Hi-tech Industrial Park Voltage Dip Problems

5. Impact of high-altitude electromagnetic pulse on Taiwan power grid equipment

6. Development and practical application of solid-state transformers for future power grids

7. Research on super-harmonic interference and improvement of power electronic equipment

Distributed Power Application and Analysis Technology

1. Parameter Tuning Analysis for Various Test Scenarios in Microgrid Validation Sites

2. Development and Design of AC-DC Composite Microgrid System

3. Discussion on the key technologies of DC Micro-grid application

4. Analysis and application of microgrid uninterruptible power supply and black start technology

5. Microgrid energy storage equipment self-regulation technology

6. Distributed power supply maximum power tracking control technology

7. Technical discussion on converting AC household electrical loads to DC power supply

8. Function Analysis and Application of Power Conversion System (PCS) Virtual Synchronizer

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