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Ongoing Projects

Development of a Leadless Cardiac Pacing Device
The approach to this project consists of two main themes: 1. Development of leadless technology for maximising power delivery; and 2. Design and development of an implantable leadless bi-ventricular cardiac pace-making device. [ Read More]
Development of Distributed Inductors on Silicon for Power Supply on a Chip (PSoC) Applications
Power Supply on a Chip (PSoC) is an emerging technology in which all components of a power supply, including control circuitry; semiconductor switches and passives are integrated onto the same piece of silicon. [ Read More]
Energy Harvesting for Portable Home Health Applications
The aim of this project is to apply energy harvesting solutions for portable monitoring devices which are designed for the user environment and activity level. [ Read More]
High Efficiency and Power Density Inverter
This project aims to develop a new generation of multilevel inverters. These advantages of multilevel inverters are fundamentally focused on improvements in the output signal quality and a nominal power increase [ Read More ]
High Frequency Resonant Converters with Planar Magnetics
This project aims to develop a new generation of high efficiency power electronic converters. The project will evaluate resonant topologies for miniaturisation and improved performance. [ Read More ]
Power conversion & energy management for DSSC powered wireless sensors
Solarprint designs Dye-Sensitised Solar Cell (DSSC) products which are particularly effective in producing electrical energy from ambient and diffuse light sources such as fluorescent and LED lighting. [ Read More ]
Solar Energy
This project focuses on choosing the optimum tilt angle for a solar panel to optimise the power output. Instead of maximising the solar radiation received, an approach taken by most researchers, this method incorporates the electrical [ Read More ]
Wearable, Wireless Neurostimulator
A wearable neurostimulator device based on wireless powering technology will be designed and demonstrated, where the stimulator will consist of an externally worn pulse generator box and implanted electrodes [ Read More ]

Power Electronics Research Centre,
Electrical & Electronic Engineering,
NUI Galway, Galway, Ireland.
Phone +353 91 493270. Fax +353 91 494511.
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This page was last updated Tuesday, May 07, 2013