UniSCool emerges from the academic nexus of the University of Lleida in Spain and the Université de Sherbrooke in Canada, founded in 2022 to commercialize a patented liquid cooling technology. The company is the culmination of over a decade of research and more than €500,000 in development investment, originating as a spin-off from these institutions. The founding team combines deep technical expertise in thermal management with extensive B2B and administrative experience. It includes CEO & co-founder Montse Vilarrubí, an industrial manager; a COO & co-founder who is a PhD, researcher, and entrepreneur; and Chief Science Officers (CSO) & co-founders Jérôme Barrau and Luc G.
Fréchette, both of whom are university professors and entrepreneurs. The firm operates in the high-performance computing (HPC) and artificial intelligence (AI) markets, targeting data centers, semiconductor manufacturers, and the electric vehicle sector. As processing demands from AI and HPC escalate, the heat generated by CPUs and GPUs presents a significant challenge, with data center cooling alone accounting for up to 40% of their total energy consumption. UniSCool addresses this by providing direct-to-chip (DTC) liquid cooling solutions designed to manage the increasing power density of modern electronics.
The B2B model centers on selling its proprietary cooling systems, which are offered as plug-and-play units to facilitate easy transitioning from conventional air cooling. The company has secured $217K in funding from investors including BIND 4.0, Bupa, The Collider, and Ship2B. UniSCool’s core product is the ‘Smart Cool Fins’ technology, a patented, cutting-edge thermal management solution. This system features self-adaptive fins that dynamically adjust to optimize heat extraction in response to fluctuating thermal loads, both spatially and temporally across the chip.
This capability allows the system to mitigate hotspots and maintain uniform temperature distribution. The technology is engineered to dissipate up to 2000W of power per socket and claims to reduce cooling-related energy consumption by up to 60-70% compared to other advanced liquid cooling methods like microchannels or jet impingement. The European Innovation Radar has recognized ‘Smart Cool Fins’ as a top innovation. Keywords: liquid cooling, direct-to-chip cooling, thermal management, data center cooling, high-performance computing, AI hardware cooling, semiconductor cooling, energy-efficient cooling, Smart Cool Fins, CPU cooling, GPU cooling, heat dissipation, electronics cooling, thermal stability, on-chip cooling, power density management, sustainable cooling, advanced cooling solutions, electric vehicle electronics cooling, hotspot mitigation