Stephen Mbisike
National Grid (United Kingdom), National Grid (United States)
Papers
2
Total Citations
5
H-Index
2
About
Stephen Mbisike is pioneering the use of electro-optical (EO) probes for high-precision electric field mapping in power systems, a critical advancement for high-voltage asset monitoring. His research centers on non-invasive diagnostics, combining autonomous robotic measurement systems with finite element analysis (FEA) to validate field distributions in complex geometries. In his most-cited work, Mbisike demonstrated the first autonomous EO probe system capable of mapping electric fields in known high-voltage geometries (plane-plane and sphere-sphere), achieving a 3-citation impact in 2024. His 2025 follow-up, with 2 citations, broke new ground by using electric field signatures as an index to detect and locate shorted units in cap-and-pin insulator strings—a key functional element of transmission towers. This work directly addresses a critical industry need: enabling condition monitoring without service interruption. By proving that localized field distortions can pinpoint insulation failures, Mbisike has opened a new pathway for predictive maintenance in power grids. His integration of robotic automation with EO sensing represents a significant leap toward smart, autonomous inspection systems, positioning him as an emerging leader in high-voltage engineering and dielectric diagnostics.
Research Focus
Key Achievements
Top Papers
- 1
- 2