Development of a Hyper Fast Battery Charger for Electric Vehicles

Power system policies are broadly on track to escalate the use of Electric Vehicles (EV) in automotive industry. The increasing interest in use of EVs not only intensifies the demand in electric power but also introduces further challenges such as efficient and timely power distribution to EVs. Existing challenges in EV power charging relies on […]

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Machine learning methods to accelerate design and synthesis of clean energy materials

The aim of this project is to establish a long term collaboration between researchers at NRC/McMaster University and KIT, in order to develop machine learning (ML) methods to support and boost research on clean energy materials. Initial contact between Canadian and German researchers was established within the German Canadian Materials Acceleration Center (GC-MAC), which aims […]

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Smart PV Modules with Laminated On-Cell Energy Storage

Efficient yet simple energy storage schemes and smart electronics will not only boost PV system efficiencies but it will also lead to many innovative applications at the system level such as solid state lighting, active bypass diodes, bifacial configurations etc. This research project seeks to develop a novel and efficient on-cell energy storage scheme. By […]

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Development of a Storm Water Re-Use System to Supply Non-Potable End-Uses in Multi-Use Community in London, Ontario.

Urban stormwater re-use is gaining acceptance in Canadian jurisdictions as a means to offset anticipated increases in potable water demand from urbanization and climate change. S2e Technologies has partnered with Queen’s University to determine if a net economic benefit can be achieved from potable water savings in large-scale stormwater re-use facilities in Canada. The new […]

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Développement d’un imprimante 3D pour l’aluminium

Les procédés de fabrication additive telle la fusion laser sur lit de poudre connait un intérêt croissant dans la communauté industrielle et universitaire, car ils permettent de réduire les temps de production, de produire moins de déchets et permettent la fabrication de pièces plus complexes sans augmenter les couts. Toutefois, ce procédé est moins bien […]

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