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- Kazuyuki Ishimoto
Kazuyuki Ishimoto
Distribution System Unit, Simulation Frontier Group, Research Scientist, Ph.D.
Born in Tokushima
Waseda University Graduate School of Advanced Science and Technology (Doctoral Program)
[Field of reseach] Lightning damage prevention and risk assessment
Project
Protecting power systems from the risk of lightning damage He is specializing in research on lightning damage countermeasures for distribution system equipment. He has a background in evaluating lightning resistance of power distribution equipment, consumer equipment, smart meters, etc. and calculating lightning damage level. Utilizing this knowledge, he developed a method to calculate the cost required for countermeasures and its effects by combining equipment data and calculation programs (distribution line lightning risk evaluation program). Instead of the empirical rule, quantitative evaluation was made possible.
Research
Reports
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Development of Lightning Outage Rate Calculation Program for Medium Voltage Distribution Lines (I) – Calculation of Lightning Outage Rate due to Direct Lightning Strike and Its Application to Lightning Risk Assessment –
Research Report : H19001 -
Study on Lightning Protection Measures of Electronic-Watt-Hour Meter- Outline of Research Results on Lightning Failure Factor Clarification and Effective Lightning Protection Measures Proposal –
Research Report : H18007 -
Study on Wire Breaking in Mid-Span of Distribution Lines due to Lightning -Evaluation of Phase-to-Phase Sparkover Rates due to Direct Lightning Strike-
Research Report : H17002 -
Study on Lightning Performance of Low Voltage Electronic WattHour Meter -Evaluation of Charge Amount of Lightning Current Flowing through Line Varistor of Electronic Watt Hour Meter by Direct Lightning Strikes to Distribution Lines-
Research Report : H16002 -
Study on Lightning Performance of Low Voltage Electronic Watt Hour Meter -Induced Voltage Aspects inside Watt Hour Meter and Failure Rate Evaluation due to Magnetic Field Generated by Lightning Current-
Research Report : H15003