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Developed Prototypes
The following section presents a selection of power electronic converters entirely designed and developed within our facilities for research initiatives and technology transfer frameworks.
Automotive
SiC Traction Inverter
High power density three-phase DC/AC converter. Compact design optimised for electric vehicle traction powertrains.
Power Rating
40 kVA
Semiconductor
SiC
Automotive
6-Phase SiC VSC
Multiphase (6-phase) DC/AC converter. Its versatile architecture enables applications in vehicle traction or as an active power filter.
Power Rating
25 kVA
Semiconductor
SiC
Power Quality
3-Phase GaN VSC
Three-phase grid-connected DC/AC converter. Designed specifically for active power filter implementations.
Power Rating
5 kVA
Semiconductor
GaN
Power Quality
Single-Phase GaN Inverter
Compact single-phase inverter intended for domestic environments. Configured for efficient demand-side energy management in low-voltage distribution networks.
Power Rating
5 kVA
Semiconductor
GaN
Automotive
High-Frequency GaN DAB
High-frequency Dual Active Bridge DC/DC converter designed specifically for bidirectional on-board charger (OBC) topologies.
Power Rating
2 kW
Semiconductor
GaN
Automotive
Resonant GaN DAB for LEVs
Reversible DC/DC converter utilising an LLC resonant tank infrastructure for high-efficiency energy storage integration in light electric vehicles.
Power Rating
3.5 kW
Semiconductor
GaN
Automotive
Integrated GaN PFC & Motor Drive
Reconfigurable modular three-phase inverter for motor traction and single-phase configuration for vehicle-to-home (V2H) and vehicle-to-grid (V2G) operations.
Power Rating
15 kVA
Semiconductor
GaN
Automotive
Hybrid SiC/GaN T-Type Converter
Three-level T-type multilevel topology. Leverages the robust overvoltage capability of SiC paired with the rapid switching characteristics of GaN for heavy-duty electric vehicle propulsion.
Power Rating
15 kVA
Semiconductor
GaN & SiC
Research
Reconfigurable Modular Multilevel Converter
Adaptable architecture matching single- and three-phase configurations. Designed for the validation of advanced fault-tolerant control strategies and modulation algorithms.
Power Rating
10 kVA
Semiconductor
SiC
Research
Multilevel NPC Converter - A
Multilevel Neutral-Point-Clamped (NPC) DC/AC converter developed for wind energy farm grid integration. The physical platform enables evaluation of complex digital modulation strategies.
Power Rating
20 kW
Semiconductor
Si
Research
Multilevel NPC Converter - B
Multilevel Neutral-Point-Clamped (NPC) DC/AC converter designed for harmonic minimisation, alternative modulation profiles, and power quality analysis in wind generation frameworks.
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