Industrial Electrical and Electronic Engineering Research Group
Research in the "High Voltage Lab" at Leicester is on electrical insulation and dielectrics - materials that respond (either in a useful or detrimental way) to electric fields. The main applications are in high voltage or high field systems, such as polymeric power cables and transformer bushings, capacitors and printed circuit boards.
Research in the Superconducting Materials and Machines Lab is on the electromagnetic modelling, prototyping, optimization, and physical understanding of Innovative Superconducting Technologies, ranging from the study of Josephson Junctions at microscopic level, up to the prototyping of superconducting propulsion systems for the naval industry, the integration of superconducting technologies for grid resilience and energy storage systems, and large-scale modelling and analysis of power systems enabling the share of renewables. The group also specializes in the application of variational methods and optimal control algorithms for a large set of problems which may include aspects of econophysics and materials science. For more information and opportunities, please contact Dr. Harold S. Ruiz
Research in the Electronics, Machines, Propulsion Systems and Renewable Energy Labs is related to many aspects of practical electronics, including the generation and utilisation of electrical power. The Group has an established reputation in electrical and hybrid propulsion, including the development of electric racing engines. A common factor in the research is the increasing use of power electronics and micro-controllers for the efficient conversion of electrical power, such as in spacecraft power supplies. Extensive facilities are available for simulation, design, prototyping and experimental verification of new circuits, machines and systems. Practical electronics expertise is also a key area of industry engagement and consultancy.
Following a £1M refurbishment, the Group is now accommodated in a large laboratory suite, comprising three dedicated laboratories. There are a wide range of laboratory resources and specialist equipment including:
- High voltage testing equipment up to 400kV DC, 80kV AC 50Hz
- Broadband dielectric spectroscopy (mHz to MHz)
- Space charge measurement using pulsed electroacoustic (PEA) techniques
- High sensitivty electrical treeing and electroluminescence equipment with application in electrical treeing detection and partial discharge interpretation
- Equipment for the development of electronically controlled drives and generators
- 50 kVAp PV array
- Equipment for the development embedded generation systems, including: photovoltaic, wind power and variable speed generation and a large scale wind turbine simulator
- Electrostatic and magnetodynamic modelling and CAD facilities
- Large and small electrical machines and drives test facility with a 200kVA 3 phase supply
- 3000 amp pulsed power generator
- large battery charge/discharge unit designed for fork-lift truck and submarine batteries.
The group has access to a wide range of other facilities around the University including those of the Advanced Microscopy Centre, and engine and propulsion test facilities.
Acting Head of Group: Dr Stephen Dodd
Honorary Visiting Professor Professor John Fothergill
Teaching Fellow: Dr Nikola Chalashkanov
Senior Experimental Officer: Andy Willby
Technician: Luigi Alessandro
Visiting Academic Staff: Mr Mohan KANSARA
Currently we have 8 PhD students.