徳島大学 教育・研究者情報データベース(EDB)

1. 2006/[徳島大学.先端技術科学教育部.システム創生工学専攻.電気電子創生工学コース]/[博士前期課程]

1. 井上 廉

   肩書	任意

(英) Based on the fundamental knowledge of erectric power system engineering, detailed understanding on electric-magnetic environments around the power transmission system are expected through this lecture. Superconducting electrical machines, such as superconducting power transmission cable, SMES, superconducting generator, superconducting current limiter, and superconducting transformer, are expected to be incorporated in the practical power transmission system, of which influences are also lectured.

(日) 電力系統工学の基礎知識をベースにして送配電線システムの電磁気的環境について理解を深める．また，将来，超伝導送電ケ-ブル，SMES，超伝導発電機，超伝導限流器及び超伝導変圧器等の超伝導機器が送配電システムに組み込まれる可能性があるが，この影響に関して理解を深める．

(英) Considering through the general characteristics of AC and DC power transmission system and its history of level-up of transmission voltage, detailed understanding on the rapid development of power transmission system in past-100 years, and in future are expected. The future power transmission system is expected to be concerned with the superconducting facilities, as a superconducting power transmission cable. Considering the historical developments of power transmission system, transmission system materials, and superconducting materials, this lecture is performed. The analytical and measurering methods of the electro-magnetic fields around the power transmission facilities and the superconducting facilities are also included in this lecture. The lecture is one of the technological lectures including (1) the general characteristics of AC, DC and superconducting power transmission systems, (2) The history and future of power transmission system with large capacity, (3) the insulation reliability of insulator, oil, and cryogen, (4) the superconducting machines, and (5) the analytical and measurering methods of the electric and magnetic fields.

(日) 交流および直流電力系統の一般的特徴およびその昇圧化の歴史を振り返り，この100年間における電力系統の発展についての理解を深める．また，将来の電力系統に組み込む事が検討されている超伝導送電ケ-ブルやその他の超伝導機器についても理解を深める．ここでは，電力系統の絶縁方式，各種送電用材料や超伝導材料の発達の歴史に触れながら，講義する．また，電力設備や超伝導設備からの電界および磁界の解析方法，測定器に要求される事項，極低周波電磁界の人体に与える影響を取り上げる．本科目は，工業に関する科目であり，以下のものを取り上げる． 1．超伝導送電を含む交流·直流高電圧電力系統の特徴 2．大容量電力系統の歴史と将来システム 3．碍子，絶縁油，冷媒の絶縁信頼度 4．超伝導機器 5．電磁界の解析方法および測定方法

1. 超伝導(superconductivity)

1. (英) Analysis of electric power, frequency, and voltage in transmission system can be performed.

   (日) 電力系統の電力，周波数，電圧について解析ができる．

2. (英) Electro-magnetic field around power transmission lines and superconducting facilities can be understood.

   (日) 送配電線や超伝導装置からの電磁環境について理解できる．

3. (英) Superconductive applications to power transmossion systems can be understood.

   (日) 送電システムへの超伝導応用が理解できる

1. (英) Characteristics of effective elctric power and reactive electric power.

   (日) 有効電力と無効電力の性質

2. (英) Stability of frequency and voltage

   (日) 周波数と電圧の安定性

3. (英) Superconducting power cable

   (日) 超伝導送電ケ-ブル

4. (英) Comparison of DC and AC power cable.

   (日) 直流と交流方式の比較

5. (英) Influence of superconducting generator on electric power system.

   (日) 超伝導発電機が系統に及ぼす影響

6. (英) Problems on long-length cryogenic cooling.

   (日) 長距離冷却の問題点

7. (英) Characteristics of electric fields from the power systems and the superconducting facilities.

   (日) 送配電線，超伝導機器からの電界の特性

8. (英) Charactersistcs of magnetic fields from the power transmission systems and the superconducting facilities

   (日) 送配電線，超伝導機器からの磁界の特性

9. (英) Protection facilities for the power system and the superconducting facilities.

   (日) 送配電線，超伝導機器の保護装置

10. (英) Stability of the superconducting facilities

    (日) 超伝導機器の安定性

11. (英) Erectro-magnetic field effects on a living body

    (日) 生体に対する電磁界の影響

12. (英) Superconducting transformar, superconducting current limitter, and SMES.

    (日) 超伝導変圧器，超伝導限流器，SMES

13. (英) Progress on the materials in electric power system

    (日) 電力システム用材料の進歩

14. (英) Thermal insulation and electric insulation.

    (日) 熱絶縁と電気絶縁

15. (英) Magnetic field shield.

    (日) 磁場シ-ルド

16. (英) Conclusions and report

    (日) まとめ，レポ-ト

1. 井上 廉

   オフィスアワー	任意