Service-Jiangsu Chuangleng Technology Engineering Co., Ltd

Focusing on zero carbon new materials, enabling the "double carbon" goal and green future

We focus on passive radiation refrigeration technology, with zero carbon products and no electricity refrigeration technology as the core power, and are committed to developing and implementing zero carbon refrigeration solutions in the Chinese market, helping customers achieve sustainable development, and contributing to China's goal of "carbon peaking and carbon neutralization". We focus on technical services and lean engineering, and promote the full life cycle lean engineering mode of t-zelca based on radiation refrigeration technology and zero carbon materials. This model quantifies the environmental benefits of products through life cycle assessment (LCA), provides customers and ESG investors with excellent zero carbon refrigeration solutions, and effectively helps them achieve low-carbon emission reduction goals.

Non electric refrigeration technology: heat flows outward, the earth is improving

Passive radiation refrigeration technology is a physical cooling method that uses the "transparent window of the atmosphere" to directly emit the heat of objects into outer space in the form of infrared radiation, so as to achieve continuous cooling with complete zero energy consumption and zero emission. Compared with the traditional active refrigeration technology driven by electricity and emitting greenhouse gases, it has revolutionary advantages. This technology does not need to consume any electric energy or fossil fuels, and does not produce greenhouse gases and chemical pollutants in the whole process. It eliminates the carbon footprint from the source. It is an ideal technology path to promote the "double carbon" strategy and build a low-carbon society. At present, the technology has been successfully applied in many fields, such as building energy conservation, industrial heat dissipation, photovoltaic efficiency, agricultural grain storage and cold chain logistics. By guiding the "waste heat" into space, it not only provides an economic and environmental cooling scheme for various industries, but also "reduces the burden" for the earth on a macro level. It is a key technology for sustainable development to practice the "heat outward, and the earth for the better", driving us to create a cooler and greener future.

AI for Science

Based on AI technology empowerment, radiation refrigeration materials are building a new industrial ecology of "materials+data+services".

By establishing an industry-class material data platform, it can gather multiple users worldwide to verify radiation refrigeration products, scene applications, engineering and technical services, climate parameters, etc., and use AI in-depth learning to turn material research and development from the traditional "trial and error" mode to the "prediction" mode. On this basis, we explore the innovation of the business model of "materials+services", which is no longer limited to the sales of films or coatings, but to provide "thermal management solutions" based on AI. For example, provide customized radiation cooling solutions for buildings or data centers, and provide users with reliable products that are highly selected and verified in combination with the application of meteorological prediction and dynamic adjustment materials.

Zero Carbon Material

In the context of global response to climate warming and China's promotion of the "double carbon" strategy, clean energy materials and energy-saving and carbon reduction technologies have key strategic significance. The traditional cooling methods (such as air conditioning system) have huge energy consumption and high greenhouse gas emissions, which seriously restrict the realization of the "double carbon" goal. Passive radiation refrigeration technology, as a green technology with zero energy consumption and zero pollution, provides a new path for sustainable carbon neutralization.
This technology product series is widely applicable to green buildings, industrial fields and daily life scenes, and can provide efficient and environmental protection temperature control solutions. Based on solid production and research practice, the Chuang Leng science and technology engineering team has successfully applied its "zhileng" brand radiation refrigeration coating and skyroom film on a large scale in the field of industrial and commercial energy conservation and carbon reduction in the Yangtze River Delta region, helping the region's low-carbon transformation and driving a green future with zero carbon material technology.

在全球应对气候变暖、中国推进“双碳”战略的背景下，清洁能源材料与节能降碳技术具有关键战略意义。传统降温方式（如空调系统）能耗巨大，温室气体排放居高不下，严重制约“双碳”目标的实现。而被动式辐射制冷技术，作为一种零能耗、零污染的绿色技术，为可持续碳中和提供了全新路径。

Lean Engineering

Green lean project is the core component of the development strategy of t-zelca's one-stop service in the whole life cycle. We are committed to improving the overall efficiency of the project and creating sustainable value for customers with the least resources, the shortest cycle and reliable quality through systematic and personalized engineering services.
We implement lean management in the whole process and realize fine control in the whole project cycle. During the sales phase, we ensure the timely delivery and professional construction and installation of high-performance zero carbon materials, and provide training and guidance covering design, construction, data monitoring and other links, so as to deepen customers' understanding of products and technologies. Through lean engineering management, we strictly control quality, reduce costs, and provide customers with a truly one-stop, high-value zero carbon refrigeration solution.

Life Cycle Assessment

Focusing on zero carbon refrigeration, enabling the "double carbon" goal and green future
We focus on passive radiation refrigeration technology, with zero carbon products and no electricity refrigeration technology as the core power, and are committed to developing and implementing zero carbon refrigeration solutions in the Chinese market, helping customers achieve sustainable development, and contributing to China's goal of "carbon peaking and carbon neutralization". We focus on technical services and lean engineering, and promote the full life cycle lean engineering mode of t-zelca based on radiation refrigeration technology and zero carbon materials. This model quantifies the environmental benefits of products through life cycle assessment (LCA), provides customers and ESG investors with excellent zero carbon refrigeration solutions, and effectively helps them achieve low-carbon emission reduction goals.

Quick Response

To learn more about zero carbon refrigeration solutions, please contact us. Our market consultants and product experts will work closely with customers to provide professional responses in product, technology, engineering services, quality assurance, and more. Our product experts can provide diverse solutions for different scenarios and match you with the best zero carbon refrigeration solution.