We are delighted to invite you to participate in the Cooling Down Seminar: Renewable Cooling for a Sustainable Future, a vital event spotlighting the critical role of renewable cooling in sustainable urban development. Hosted by the COOLING DOWN project, this seminar is set to provide key insights, policy recommendations, and innovative technological approaches that will shape the future of cooling and heating in urban environments.
Extreme heat is increasingly dangerous in cities and urban areas. How can renewable cooling technologies replace current inefficient and polluting cooling devices to mitigate the effect of urban heat on cities?
Municipal technicians, council members, industry companies, researchers, and citizens interested in sustainable solutions for their communities are welcome to join us on 27 November online
COOLING DOWN Project
COOLING DOWN seeks to propose a vision for a renewable cooling sector in Europe in the coming decades, and issue policy recommendations and proposals to achieve it. Beyond the technological, economic, and social trends to be assessed through research, expert consultations and modelling, the COOLING DOWN project will also be seeking to address the contribution of renewable cooling technologies to climate change adaptation with a specific focus on the mitigation of the urban heat island effect. The COOLING DOWN project has received funding from the European Union under grant agreement 101077140 — LIFE21-CET-COOLING-COOLING DOWN. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or CINEA. Neither the European Union nor the granting authority can be held responsible for them.
Don’t miss this opportunity to engage with experts and policymakers, discover cutting-edge solutions, and contribute to a sustainable future for urban cooling. Join us online, and be part of the movement to redefine cooling for the betterment of our cities and our planet.
Register now to secure your spot and participate in driving the renewable energy transformation in urban cooling.
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