文部科学省大学間連携共同教育推進事業「未来像を自ら描く電気エネルギー分野における実践的人材の育成」
（演題）Development of biodegradable liquid insulating materials for next-generation power equipment [5月27日（金）九州工業大学]
2022/05/16
■講師：Dr. Mrutyunjay Maharana
（Assistant Professor, School of Electrical Engineering Xi'an Jiaotong University, China）
■演題：Development of biodegradable liquid insulating materials for next-generation power equipment
（英語による講義です）
■日時：令和４年５月２７日（金）１６：２０〜 １７：５０
■場所：九州工業大学・教育研究10号棟２Fゼミ室（対面）とZoom配信によるハイブリッド
（各大学の窓口教員に５月２５日までに参加申込連絡をお願いします。
Zoomアドレスは追ってご連絡いたします。）
■主催：九州工業大学大学院
■申込/お問合せ：小迫雅裕（kozako[at]ele.kyutech.ac.jp）
■概要
Since the transformer insulation has a higher probability of failure than other components of the transformer, the transformer life highly depends on its insulation and its condition. The recent research finding shows that the mineral oil-based insulating liquid is not meeting the expected environmental standard in terms of biodegradability and highly flammable characteristics. Therefore, an attempt was made to develop a biodegradable, environment friendly insulating liquid for power equipment. The physicochemical, thermal and electrical performance of the developed insulating oil were measured to ascertain its usability. The enhanced performances of the developed biodegradable insulating oil compared to mineral oil were explained.
■学生の関わり様：
次世代の電力機器（特に油入変圧器）への適用を見据えた生分解性液体絶縁材料の開発において，材料創製から各種特性取得に関して幅広く紹介して頂いた。講義後にも各種特性やその有用性等についてのたくさん質問に丁寧に答えて頂いた。
（Assistant Professor, School of Electrical Engineering Xi'an Jiaotong University, China）
■演題：Development of biodegradable liquid insulating materials for next-generation power equipment
（英語による講義です）
■日時：令和４年５月２７日（金）１６：２０〜 １７：５０
■場所：九州工業大学・教育研究10号棟２Fゼミ室（対面）とZoom配信によるハイブリッド
（各大学の窓口教員に５月２５日までに参加申込連絡をお願いします。
Zoomアドレスは追ってご連絡いたします。）
■主催：九州工業大学大学院
■申込/お問合せ：小迫雅裕（kozako[at]ele.kyutech.ac.jp）
■概要
Since the transformer insulation has a higher probability of failure than other components of the transformer, the transformer life highly depends on its insulation and its condition. The recent research finding shows that the mineral oil-based insulating liquid is not meeting the expected environmental standard in terms of biodegradability and highly flammable characteristics. Therefore, an attempt was made to develop a biodegradable, environment friendly insulating liquid for power equipment. The physicochemical, thermal and electrical performance of the developed insulating oil were measured to ascertain its usability. The enhanced performances of the developed biodegradable insulating oil compared to mineral oil were explained.
■学生の関わり様：
次世代の電力機器（特に油入変圧器）への適用を見据えた生分解性液体絶縁材料の開発において，材料創製から各種特性取得に関して幅広く紹介して頂いた。講義後にも各種特性やその有用性等についてのたくさん質問に丁寧に答えて頂いた。
