Jiangsu smartcool Engineering Co., Ltd. enables a new pattern of climate toughness and Sustainability
In the context of the global response to climate change and the promotion of sustainable development goals, Jiangsu smartcool Engineering Co., Ltd. is standing at the intersection of science and technology and green, taking the lead in exploring a carbon neutral path integrating new materials, radiation refrigeration technology and artificial intelligence.
As a new material R&D and engineering application enterprise focusing on radiation refrigeration technology. The company brings together the talent resources of top universities at home and abroad, such as Milan Polytechnic University, City University of Hong Kong, East China Polytechnic University, China University of Geosciences, and has built a composite professional team across the fields of material science, engineering technology, artificial intelligence and sustainable development. The company is not only the core operating unit of the radiation refrigeration technology (Yangtze River Delta) engineering application service center, but also committed to promoting the application reform of "zero energy consumption passive refrigeration" and "climate adaptive materials" in cities and industries in the new era.
In the face of the challenges of frequent extreme high temperatures and soaring energy consumption around the world, enterprises deeply integrate artificial intelligence and big data analysis, and realize the intelligent upgrading of the whole process from new material development to scene application through intelligent material adaptation and thermal environment simulation and optimization. Based on AI enabled material selection and engineering deployment, radiation refrigeration technology has shown efficient, stable and sustainable cooling performance in building envelope, chemical storage tanks, power communication facilities, photovoltaic modules, grain depot cold chain and other scenarios, significantly reducing carbon footprint and operating energy consumption.