1、 Industry background: Building energy conservation - an unavoidable issue of the times
Currently, global energy consumption is increasing day by day, and the extensive use of fossil fuels has caused a serious environmental crisis. Among them, building energy consumption accounts for about one-third of the total global energy consumption and has become one of the main sources of carbon emissions. The "2018 Annual Development Research Report on Building Energy Efficiency in China" released by the Building Energy Efficiency Research Center of Tsinghua University shows that building energy consumption accounts for more than 25% of the total terminal resource energy consumption in China, of which public building energy consumption accounts for about 31% of the total commodity energy consumption, accounting for more than a quarter. With the continuous expansion of public building area, its energy consumption proportion is still rising.
In public buildings, office buildings, shopping mall buildings, hotel buildings, medical and health buildings, and educational buildings have common characteristics of high energy intensity and great energy-saving potential. Especially represented by office buildings (including government agencies and commercial office buildings), their usage time is concentrated during the day, highly dependent on air conditioning systems to regulate the indoor environment, and their peripheral protective structures often use enclosed glass curtain walls. The indoor heat load is mainly affected by solar radiation. As the most critical heat transfer component in doors, windows, and curtain walls, the glass system is the core link that affects building energy consumption and the primary breakthrough point for energy-saving renovation.
In the energy-saving renovation of existing office buildings, traditional solutions often face many bottlenecks such as long construction periods, high renovation costs, and limited sites. In contrast, glass film technology has become an efficient and feasible renovation path due to its convenient construction, economic practicality, and comparable service life to Low-E glass, playing an important role in reducing building operating energy consumption.
However, the current market for glass film products is characterized by confusion in naming, unclear classification, and uneven performance, which poses serious challenges for the selection of architectural design, construction, and operation personnel. There is an urgent need for a clear, professional, and verifiable set of technical solutions and product standards.
2、 Brand positioning: QLONIX ® —— Pioneer of zero energy refrigeration technology
QLONIX ® It is an energy-saving new material brand focused on radiation cooling technology. Relying on cutting-edge optics and materials science, QLONIX ® Committed to developing green and efficient zero carbon materials and engineering services, providing comprehensive energy-saving refrigeration solutions for low-carbon cities, and helping to achieve the national strategic goals of "carbon peak and carbon neutrality".
As a pioneer in zero energy refrigeration technology, QLONIX ® By utilizing industry-leading radiation cooling technology and innovative design, we aim to create environmentally friendly high-performance insulation film products that integrate high transparency, strong insulation, and zero energy consumption, allowing technology to invisibly reshape the comfort scale of buildings.
3、 Technical principle: intergenerational leap from "passive insulation" to "active cooling"
Traditional metal insulation films follow the logic of "passive insulation" and only delay temperature rise by reflecting and blocking some heat. Their effectiveness is limited and often accompanied by side effects such as signal shielding and darkening of the field of view.
QLONIX ® The radiation cooling and insulation film adopts cutting-edge nano optical selective coating technology, achieving two core breakthroughs:
Efficient reflection of sunlight: Accurately blocking infrared heat in the solar spectrum, significantly reducing indoor heat load, and reducing heat entry from the source.
Mid infrared radiation heat dissipation: Innovatively utilizing the physical principle of "atmospheric window", the heat accumulated by the building itself is radiated directly into outer space through the atmospheric window at an infrared wavelength of 8-13 μ m.
Realize "true cooling" instead of just "insulation": even in hot summer days, This technological route not only significantly reduces the operating cost of air conditioning (OPEX), but also uses technological means to help companies effectively achieve ESG sustainable development goals.
4、 Core advantages of the product
True cooling, not just insulation: By physically radiating heat away from the Earth, it significantly reduces air conditioning energy consumption and operating costs, and helps achieve carbon neutrality
High transparency insulation, boundless field of view: visible light transmittance up to 75%; Rejecting heat while introducing natural light, bidding farewell to the 'darkroom effect'
5G friendly, signal unobstructed: Innovative non-metallic nano coating technology, completely bidding farewell to the troubles of mobile phones, Wi Fi, and 5G signal shielding
Optical grade durability: Optical grade substrate+non corrosive formula; Non oxidizing, non fading, anti friction, high ductility, long-lasting and stable performance
99%+UV blocking: Highly effective in blocking UV rays, protecting the health of indoor personnel, and preventing furniture and exhibits from aging and fading
Safety and environmental protection: Strictly control VOC emissions and exceed international standards; Ready to use, highly friendly to indoor personnel and environment
Full scene coverage: Both internal and external installations can be adapted, covering various scenarios such as residential buildings, office buildings, shopping malls, industrial buildings, etc
5、 Market validation: Batch application in core cities of the Yangtze River Delta, a trusted choice for customers in multiple industries
QLONIX ® The radiation cooling and insulation film has been successfully applied in batches in core cities such as Shanghai, Wuxi, Nantong, and Suzhou, covering various business scenarios such as business offices, hotel services, government buildings, industrial manufacturing, education and culture. This fully verifies the stability and energy-saving effect of the product under different building types and environmental conditions.
Typical project case:
The above-mentioned customers, in practical applications, QLONIX ® The product has achieved quantifiable results in reducing air conditioning energy consumption, improving indoor thermal comfort, and enhancing building green ratings, and has become the preferred solution for energy-saving renovation of existing buildings and new green buildings in the Yangtze River Delta region.
6、 Application scenarios and customer value
QLONIX ® Radiation cooling and insulation film is suitable for installation on both the inside and outside of various types of building glass, accurately matching diverse scene requirements:
Quality Home/Comfortable Environment
Say goodbye to the western sun, let the sunshine room no longer become a "sauna room", enjoy the spring like seasons in front of french window, and improve living comfort.
Green commercial/office buildings
Provide verifiable energy-saving data for office buildings, commercial centers, and hotels, significantly reduce air conditioning operating costs, and assist in building green rating and ESG compliance.
Government public buildings/facilities
To serve public buildings such as the High tech Zone Management Committee, schools, and hospitals, and achieve energy-saving and emission reduction goals for public institutions through low investment and fast implementation renovation plans.
Industrial manufacturing/industrial parks
Suitable for glass insulation renovation of industrial buildings such as factories and office buildings, improving working and office environments, and reducing energy consumption in manufacturing operations.
Cultural relic protection/high-end retail
Efficient UV protection protects precious exhibits, cultural relics, and goods from light damage, while creating a comfortable and high-quality shopping and exhibition environment.
7、 Brand Commitment and Differentiated Value
QLONIX ® Adhere to the product philosophy of high standards and strict requirements:
Only provide cutting-edge and validated materials, and never use inferior substrates;
Different from the chaotic naming and low-quality competition in the market, win customer trust with a clear technical roadmap and quantifiable performance data;
The promotion of every film is aimed at reducing the carbon footprint of the earth and promoting green and low-carbon development.
QLONIX ® We do not consider ourselves as a product supplier, but are committed to becoming a service partner for green building energy-saving renovation, providing customers with professional support throughout the entire process from product selection, installation guidance to energy-saving effect verification.
8、 Conclusion
Against the backdrop of the accelerated global carbon neutrality process and the deepening of China's "dual carbon" goals, building energy efficiency has shifted from "icing on the cake" to "rigid demand". QLONIX ® Radiation cooling insulation film redefines the value boundary of building insulation materials with zero energy active cooling technology - not just a layer of film, but also a systematic ability to enable existing buildings to achieve green transformation with low investment, fast implementation, and high return.
From Shanghai Bocui Commercial Center to Wuxi Jiangyin High tech Zone Management Committee, from InterContinental Group Huayi Hotel to Nantong Rugao Junior High School, QLONIX ® With solid product strength and extensive customer verification, we are helping to promote the development of green buildings in the Yangtze River Delta and even the whole country.
QLONIX ® —— Reshaping building comfort scales with technology and driving a zero carbon future with innovation.
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