A Simulation Study of Lightning Surge Characteristics of a Distribution Line Using the FDTD Method
スポンサーリンク
概要
著者
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Noda Taku
Electric Power Engineering Research Lab. Central Research Institute Of Electric Power Industry (crie
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MATSUURA Susumu
Electric Power Engineering Research Lab., Central Research Institute of Electric Power Industry (CRI
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TATEMATSU Akiyoshi
Electric Power Engineering Research Lab., Central Research Institute of Electric Power Industry (CRI
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YOKOYAMA Shigeru
Electric Power Engineering Research Lab., Central Research Institute of Electric Power Industry (CRI
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MATSUURA Susumu
Central Research Institute of Electric Power Industry (CRIEPI)
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TATEMATSU Akiyoshi
Central Research Institute of Electric Power Industry (CRIEPI)
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NODA Taku
Central Research Institute of Electric Power Industry (CRIEPI)
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YOKOYAMA Shigeru
Central Research Institute of Electric Power Industry (CRIEPI)
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Noda Taku
Central Research Institute Of Electric Power Industry
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Matsuura Susumu
Electric Power Engineering Research Lab. Central Research Institute Of Electric Power Industry (crie
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Tatematsu Akiyoshi
Electric Power Engineering Research Lab. Central Research Institute Of Electric Power Industry (crie
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Tatematsu Akiyoshi
Electric Power Engineering Research Laboratory Central Research Institute Of Electric Power Industry
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Tatematsu Akiyoshi
Electric Power Engineering Research Lab. Criepi
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Yokoyama S
Criepi
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Yokoyama Shigeru
Electric Power Engineering Research Lab. Central Research Institute Of Electric Power Industry
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Yokoyama Shigeru
Central Research Institute Of Electric Power Industry
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Yokoyama Shigeru
Central Res. Inst. Electric Power Ind. Kanagawa‐ken
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Yokoyama Shigeru
Electric Power Engineering Research Lab Criepi
関連論文
- A Simulation Study of Lightning Surge Characteristics of a Distribution Line Using the FDTD Method
- Simulation of Lightning-Induced Voltages on a Distribution Line Using the FDTD Method
- Experimental Study on Lightning Overvoltage Occurring on a Watthour Meter
- Effect of Lightning Protective Devices Attached to Pole Transformers on Reduction of Overvoltage on Distribution Lines
- Lightning Performance of Distribution Lines against Natural Lightning Strokes
- Analysis of Lightning Overvoltages in Low-Voltage Power Distribution Lines with Service Drop Lines
- Analysis of Lightning Overvoltages in Low-Voltage Power Distribution Lines with Service Drop Lines
- Lightning Protection Method of Power Distribution Lines Located in Mountainous Areas Facing the Sea of Japan
- Experimental Study on Short Circuit Phenomena in Air Switch of Distribution Line due to Sparkover between Different Poles on Which One Surge Arrester of the Three Ones is Omitted
- Experimental Study on Short-Circuit Inside an Air Switch of Power Distribution Lines due to Sparkover Between Different Poles
- Investigation on the Efficiency of Various Lightning Protection Systems for Wind Turbine Blades
- Voltage Distribution of Internal Windings of Pole-Mounted Distribution Transformer by Lightning Surge and Measures for Voltage Reduction
- Voltage Distribution of Internal Windings of Pole-Mounted Distribution Transformer When Lightning Surge Enters It and Measures for Voltage Reduction
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- Experimental Study of Lightning Protection Design for Low Voltage Equipments
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- Lightning Occurrence Data Observed with Lightning Location Systems of Electric Utilities in Japan : 1992-2001
- Lightning Occurrence Data Observed with Lightning Location Systems of Electric Utilities in Japan : 1992-2000
- A Study on Lightning Surge Characteristics of a Transmission Tower Considering Overhead Wire Structure by the FDTD Method
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- Characteristics of Electromagnetic Fields due to Winter Lightning Stroke Current to a High Stack
- Outage Rates of Power Distribution Lines due to Summer and Winter Lightning in Chugoku Region
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- Review And Suggestion on Modeling of Power Distribution Instrument for Estimation of Lightning Fault Ratio
- Numerical Techniques for Accurate Evaluation of Overhead Line and Underground Cable Constants
- Analytical Study on Lightning Surge Characteristics of a Rail Track
- Investigation of Overvoltage Phenomena due to Lightning Surge in Low Voltage Electric Wiring
- Experimental simulation lightning surge propagation through household equipment and damage mechanism
- Experimental Study on Lightning Damage of Wind Turbine Blades
- Experimental Study on Surge Propagation Characteristics of Rail and Lightning Overvoltages on Level Crossing
- Experimental Study on Surge Propagation Characteristics of Rail and Lightning Overvoltages on Level Crossing System
- A Simulation Study of Lightning Surge Characteristics of a Distribution Line Using the FDTD Method
- An Investigation on Overhead Distribution-Line Modeling for Lightning Overvoltage Simulations
- Energy Absorption of Distribution Line Arresters due to Lightning Back Flow Current and Ground Potential Rise for Lightning Hit to Wind Turbine Generator System
- Risk evaluation of lightning damage to wind turbines with the electro-geometrical method (特集 IWHV 2007 (5th International Workshop on High Voltage Engineering))
- A Study on Induced Surge voltages on a Control Cable by a Lightning Current Flowing into a Grounding Grid
- Types of Winter Lightning Initiated by an Upward Leader from a 200m-high Stack
- Investigation on Causes of Lightning Damages in Wind Turbine Blades
- Proposition of lightning protection design for low-voltage equipments
- Experimental examination of the freezing phenomena of the electric device by lightning surge
- Changes of the lightning damage aspect of electrical household appliances and electrical equipment
- Lightning Protection of Overhead Power Distribution Lines
- A Study of Estimation of Lightning Striking Points through Measurements of Vertical E-Field
- Transient Grounding Characteristics of an Actual Wind Turbine Generator System at a Low-resistivity Site
- The Fifth International Workshop on High Voltage Engineering (IWHV 2007)
- Characteristics of Upward Leaders of Winter Lightning in the Coastal Area of the Sea of Japan
- Investigation on Causes of Lightning Damages in Wind Turbine Blades
- Lightning Protection of Overhead Power Distribution Lines