LaboratoryHigh Voltage Laboratory

University of Canterbury,
New Zealand.

PEOPLE

  • Maintainer
    Manager
    • Technician
    • Electrical and Computer Engineering
    • TechnicianElectrical and Computer Engineering
    • Faculty of Engineering
  • Manager
    • Senior Research Engineer
    • Electrical and Computer Engineering
    • Senior Research EngineerElectrical and Computer Engineering
    • Senior Tutor
    • Electrical and Computer Engineering
    • Senior TutorElectrical and Computer Engineering
    • Faculty of Engineering
  • Manager
    • Associate Head of Department
    • Electrical and Computer Engineering
    • Associate Head of DepartmentElectrical and Computer Engineering
    • Senior Lecturer Above the Bar
    • Electrical and Computer Engineering
    • Senior Lecturer Above the BarElectrical and Computer Engineering

    Dr Andrew Lapthorn leads the High Voltage Laboratory at the University of Canterbury, specialising in high-voltage engineering, power system resilience, electrical insulation performance, dielectric testing, and conformity assessment for the electrical industry. His expertise spans high-power systems, grid-scale electrical infrastructure, asset performance, failure analysis, and standards compliance, with recognised leadership as an IEC Young Professional. He has authored more than 60 technical papers and over 20 technical reports across high-voltage testing, power system reliability, and advanced electrical materials.

     

    He leads Workstream 4 of the MBIE-funded programme Architecture of the Future Low Carbon, Resilient, Electrical Power System, focusing on future-grid architecture, low-carbon energy systems, electrification, and resilient power networks. He also leads Workstream 4 and contributes to Workstream 3 of the MBIE project High Power Electric Motors for Large-Scale Transport, advancing research in electrified transport, high-power motor technologies, and energy-efficient propulsion. As University of Canterbury lead, he directs research on the performance of power system protection under extreme solar storms within the Solar Tsunamis MBIE Endeavour Programme.

     

    Dr Lapthorn serves as Secretary of the IEEE New Zealand Council and as Convenor of the New Zealand Panel of CIGRE A3 — High Voltage Equipment. Internationally, he is a member of the CIGRE D1 Study Committee on materials and emerging test techniques, and of Working Group B1.82, contributing to international work on cable systems, high-voltage equipment performance, and power system standards.

    Dr Andrew Lapthorn leads the High Voltage Laboratory at the University of Canterbury, specialising in high-voltage engineering, power system resilience, electrical insulation performance, dielectric testing, and conformity assessment for the electrical industry. His expertise spans high-power systems, grid-scale electrical infrastructure, asset performance, failure analysis, and standards compliance, with recognised leadership as an IEC Young Professional. He has authored more than 60 technical papers and over 20 technical reports across high-voltage testing, power system reliability, and advanced electrical materials.

     

    He leads Workstream 4 of the MBIE-funded programme Architecture of the Future Low Carbon, Resilient, Electrical Power System, focusing on future-grid architecture, low-carbon energy systems, electrification, and resilient power networks. He also leads Workstream 4 and contributes to Workstream 3 of the MBIE project High Power Electric Motors for Large-Scale Transport, advancing research in electrified transport, high-power motor technologies, and energy-efficient propulsion. As University of Canterbury lead, he directs research on the performance of power system protection under extreme solar storms within the Solar Tsunamis MBIE Endeavour Programme.

     

    Dr Lapthorn serves as Secretary of the IEEE New Zealand Council and as Convenor of the New Zealand Panel of CIGRE A3 — High Voltage Equipment. Internationally, he is a member of the CIGRE D1 Study Committee on materials and emerging test techniques, and of Working Group B1.82, contributing to international work on cable systems, high-voltage equipment performance, and power system standards.

    • Faculty of Engineering
    • Registered to supervise Master's/Doctoral students
    • 13 Climate Action
    • 9 Industry, Innovation and Infrastructure
    • 11 Sustainable Cities and Communities
    • 7 Affordable and Clean Energy
    • 4 Quality Education
    • Collaborative research projects
    • Consulting & advisory services
    • Industry partnerships & innovation
    • Media enquiries
    • Outreach & community engagement
    • Policy advice & government consultation
    • Technical expertise & support
    Fields of Research
    • Electrical machines and drives
    • Power electronics
    • Electrical energy generation (incl. renewables, excl. photovoltaics)
    • Electrical engineering not elsewhere classified
    • Electrical engineering
    • Electronic and magnetic properties of condensed matter; superconductivity
    • Plasma physics; fusion plasmas; electrical discharges
    • Engineering