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The electric cooling coating of Chuangleng Technology has been successfully applied in more than 20 countries and regions around the world. By independently developing nanomaterials, efficient solar reflection and mid infrared radiation can be achieved, achieving zero energy cooling with a maximum cooling effect of 42 ℃. It is suitable for industries such as construction, power, chemical, grain storage, photovoltaics, logistics, and new energy. Unlike traditional air conditioning systems, passive radiation cooling technology can reflect the vast majority of sunlight and effectively radiate heat in the mid infrared range, achieving cooling without the need for energy or refrigerant.
We focus on the development of electric refrigeration technology and market demand, using ChuangLeng Technology's zero carbon products and electric refrigeration technology as engines to promote the exploration and implementation of zero carbon refrigeration solutions in the Chinese market, helping customers achieve sustainable development and China's "carbon peak" and "carbon neutrality" goals. We focus on technical services and lean engineering, implementing the T-ZELCA lean engineering model that provides one-stop services throughout the entire lifecycle based on electric refrigeration technology and zero carbon materials. By quantifying the environmental benefits of our products through LCA, we create excellent zero carbon refrigeration solutions for ESG investors and help our customers achieve low-carbon emission reduction goals.
LCA evaluates the impact of energy and material usage and environmental emissions by identifying and quantifying them, and assesses and implements opportunities for environmental improvement.
We use Life Cycle Assessment (LCA) tools to determine product design, establish a green design support database, fully consider the resource and environmental impacts of downstream production, use, recycling, and other processes, and improve product reliability and usability. In the context of addressing global warming, the high energy consumption problem of traditional refrigeration equipment is becoming increasingly prominent. The research of Chuangleng Technology has made great progress in the development of electric refrigeration technology and coatings based on principles such as radiation, optics, and heat transfer. Its core is to achieve zero or low energy consumption cooling through material innovation or natural energy utilization. Chuangleng Technology focuses on electric refrigeration technology and provides refrigeration materials that require no electricity or have extremely low energy consumption, meeting the global demand for low-carbon/zero carbon refrigeration (such as cold chain logistics, building cooling, food preservation, etc.). By quantifying the environmental benefits of products through LCA, such as carbon reduction and energy savings, we can assist ESG investors and provide accurate data analysis for government subsidies or environmentally conscious enterprises. For example, after using our technology, the Hung Hom Sports Centre in Hong Kong saves 300000 kWh of electricity and reduces 150 tons of carbon emissions annually. This not only reduces the use of air conditioning, but also improves the living and office environment.
