Power System Stabilization Control Schemes by Using VSC Type HVDC with SMES
スポンサーリンク
概要
- 論文の詳細を見る
- 2011-09-28
著者
-
ISE Toshifumi
Osaka University
-
Miura Yushi
Osaka University Department Of Electrical Engineering
-
Ise Toshifumi
Osaka Univ.
-
Ise Toshifumi
Osaka University Department Of Electrical Engineering
-
Linn Zarchi
Osaka University
-
Miura Yushi
Osaka University
関連論文
- Affect of Voltage Sags on Electro-magnetic Contactor : A New Parameter for Sag Characteristics
- Power Hardware-in-the-loop Simulation of a Gas Engine Cogeneration System for Developing a Power Converter System
- Trends of Intelligent Power Module
- Stability and Accuracy Analysis of Power Hardware-in-the-loop Simulation of Inductor Coupled Systems
- Real Time Simulation of a Gas Engine Cogeneration System with a Matrix Converter
- DC Power System for Superconducting Coils of Fusion Plasma Test Facility LHD
- Distributed Series Compensators for Controlling Voltage Profile in Distribution Line with Distributed Generations
- Loop Power Balancer System between Distribution Power Transformers Using a Small Capacity Series Type Back to Back Converter
- Series Type Back to Back Converter for Power Exchanging Between Transmission and Distribution Lines
- A Study on Network Configuration of Distributed Flexible Network PV System (特集:平成17年〔電気学会〕電力・エネルギー部門大会)
- Series Voltage Sag Compensation Using Series Type SMES with Open-Circuit Protection
- Voltage Sag Compensation by Parallel Type Compensator and Series Inductor
- Operating Characteristics of Series Type SMES for Voltage Sag Compensation in Distribution System
- Power System Stabilization Control Schemes by Using VSC Type HVDC with SMES
- Application of VSC-HVDC with Shunt Connected SMES for Compensation of Power Fluctuation
- Comparison of Multi-Phase Operation and Control in Low Frequency AC Transmission System by Using Cycloconverters
- Control Characteristics by using Proportional-Resonant and Sigma-Delta Method for Single-Phase Three-Wire Inverter in Stand-Alone Operation
- Configurations and Control Schemes of a Low Frequency Power Transmission System using Cycloconverter
- Configurations and Control Schemes of a Low Frequency Power Transmission System using Cycloconverter
- Evaluation of Virtual Synchronous Generator (VSG) Operation under Different Voltage Sag Conditions
- Control Characteristics by using Proportional-Resonant and Sigma-Delta Method for Single-Phase Three-Wire Inverter in Stand-Alone Operation
- Comparison of Multi-Phase Operation and Control in Low Frequency AC Transmission System by Using Cycloconverters
- Evaluation of Virtual Synchronous Generator (VSG) Operation under Different Voltage Sag Conditions