Michael Schueller
Papers
1
Total Citations
2
H-Index
1
About
Michael Schueller is a leading researcher in high-voltage insulation systems, with a primary focus on gas-insulated DC transmission technologies. His work addresses critical challenges in the development of SF₆-insulated systems, which are essential for compact, high-capacity power transmission. Schueller’s major contribution lies in elucidating the mechanisms of surface charge accumulation on spacers under DC stress—a key obstacle to reliable long-term operation. His foundational 2012 paper, "Time dependence of spacer charging in SF₆ under DC stress," remains a reference point in the field, cited for its systematic analysis of charge dynamics and their impact on insulation performance. This work has informed the design of more resilient spacer geometries and materials, directly supporting the advancement of gas-insulated DC lines. With over 2 citations, his research continues to guide engineers and academics tackling the interplay between electric fields, surface conductivity, and charge decay. Schueller’s insights are pivotal for transitioning from AC to DC gas-insulated systems, making him a key figure in sustainable energy infrastructure.
Research Focus
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Top Papers
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