Session Materials

Key Technology Research, Prototype Development, and Engineering Application of Self-trigger/Self-discharge Gap for Fast Control of UHV DC/AC Controllable Arresters

Ref A3-10163-2024 • 2024
  • This publication is free only for CIGRE members
  • Price for non member: 30 €
Key Technology Research, Prototype Development, and Engineering Application of Self-trigger/Self-discharge Gap for Fast Control of UHV DC/AC Controllable Arresters

Summary

Session Delegates (Members and non-members): access these materials for free via your Session registration account.

Additional informations

Publication type Session Materials
Reference A3-10163-2024
Publication year
Publisher CIGRE
Study committees
  • Transmission & distribution equipment (A3)
File size 590 KB
Price for non member 30 €
Price for member Free

Authors

Zhibing LI, Ran ZHANG, Xiaoang LI, Xiaodong XU, Huangguo ZHOU, Jinyang LIN, Ningbo ZHANG, Wen WANG

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Key Technology Research, Prototype Development, and Engineering Application of Self-trigger/Self-discharge Gap for Fast Control of UHV DC/AC Controllable Arresters
Key Technology Research, Prototype Development, and Engineering Application of Self-trigger/Self-discharge Gap for Fast Control of UHV DC/AC Controllable Arresters