Québec boasts a number of centres of excellence, especially in the advanced ground transportation sector. The main centres are the following:
IREQ, which has been investing in R&D for 40 years, has developed world-renowned expertise in the field of lithium and lithium-ion (Li-ion) battery materials. Through the institute, Hydro-Québec holds over 800 patents and 45 licences with international partners. In fact, IREQ, in collaboration with its partners, has filed North American, European, and Asian patents on a lithium iron phosphate cathode material used to increase the stability and safety of lithium-ion batteries and reduce their cost.
To ensure large-scale, high-quality production, Hydro-Québec licenses various partners to manufacture the advanced materials IREQ has developed.
Institut du véhicule innovant
In 2015, Centre national du transport avancé (CNTA) and Institut du transport avancé du Québec (ITAQ) announced the newly formed Institut du véhicule innovant (IVI). Created by the merger of CNTA and ITAQ, IVI will pursue their mission of reducing transportation’s environmental footprint through technnological solutions. To that end, IVI will continue to support businesses and organizations in applied research and the development, testing and implementation of innovative transportation technologies.
Always looking to turn the spotlight on Québec innovation, IVI will serve as an international showcase for the province’s expertise in energy efficient vehicles!
InnovÉÉ (french website)
Innovation in the field of electric power is the core of the InnovÉÉ research centre’s mission. Thanks to its many support and funding measures, InnovÉÉ is contributing to the realization of numerous collaborative projects related to the electricity sector and transportation electrification. It also provides an opportunity for industry partners and research establishments to pool their expertise and resources to advance this promising domain.
Karim Zaghib, a researcher and Director, Energy Storage and Conversion at IREQ, is internationally recognized. In 2009, his work led to a remarkable achievement: fully discharging and recharging a 1 Ah battery 30,000 times in one minute, which is quite impressive considering that it takes at least three hours to fully recharge an electric car!
In 2013, Zaghib received the Electrochemical Society’s Battery Division Technology Award for his contribution to developing safe and effective battery materials.
The Chair specializes in the synthesis and characterization of materials used for energy storage and conversion. Its goal is begin the process of identifying new energy storage materials and pave the way for large-scale production and application.