Development of 1,000 kV Substation Equipment and Technological Advancements in Japan through Demonstration and Verification Test

Yuki ISHIKAWA¹, Masataka SHUGO¹, Shigeyuki TSUKAO¹, Toshiyuki SAIDA², Yukiyasu SHIRASAKA³, Kenji SASAMORI⁴, Yoshitake KAI⁵

¹TEPCO Power Grid, Inc., Japan; ²Toshiba energy systems & solutions Co.; ³The Institute of Electrical Engineers of Japan; ⁴Mitsubishi Electric Corporation; ⁵NGK INSULATORS, LTD.

“Revolutionizing Substation Monitoring: Design and Development of AI integrated Autonomous Mobile Robot for Power Substation Inspection and Monitoring”

Pradeep Singh Chauhan¹, Anirudha Bhattacharjee², Nayan Jyoti Baishya², Bishakh Bhattacharya²

¹Power Grid Corporation of India Ltd. Gurgaon, India; ²Indian Institute of Technology Kanpur, India

Challenge of High Ground Potential Rise in Transmission Substations having High Ground Fault Levels and Solving Approach

Aslam Khan

Hydro One Networks Inc., Canada

Auxiliary Power System Design Approach for HVDC Converter Stations

Frida Ceja Gomez, Daljit Dev

AtkinsRealis, Canada

Design concepts for compact air insulated substations

Maurizio Albano¹, A. Manu Haddad¹, Muhammad Shaban², Mark Waldron²

¹Cardiff University, United Kingdom; ²National Grid, United Kingdom

Seismic qualification of cylindrical electrical equipment in UHV substations

Sheng Li

University of Science and Technology Beijing, China, People's Republic of

Substation EHV/HV transformer circuit layout optimized for lightning protection

Nkululeko Mazibuko

National Transmission Company South Africa, South Africa

Predictive Power Flow Simulator for SCADA Systems—A Real-World Implementation

Asim AKHTAR, Hiren GAGNANI, Orion WHEELER, Abdel Rahman KHATIB

Schweitzer Engineering Laboratories, Inc., United States of America

Off-Load Bus Splitter arrangement in 400 kV Double Main Bus Bar Scheme to mitigate complete disruption of power supply during breakdown/repair

Brijesh YADAV, Arti YADAV, Kuleshwar SAHU, A.K. DIXIT

Power Grid Corporation of India Ltd., India