Hierarchically Structured PASSIVE RADIATIVE COOLING CERAMIC with High Solar Reflectivity
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What we do
Leading the worldwide development of energy-efficient technology
i2Cool has dedicated itself to the development and promotion of electricity-free cooling technology, specifically passive radiative cooling, in order to align with the global trend of reducing emissions and leading the advancement of energy-efficient technologies worldwide. Our goal is to enable individuals worldwide to live a more sustainable lifestyle through simple steps. In pursuit of this objective, we remain committed to expanding our range of energy-saving technology products to meet diverse needs and incorporate innovative energy-saving technology into everyday life.
Company's story
Our Specialty
iPaint
The atmospheric components of the Earth allow mid-infrared radiation to pass through.
The heat emitted l the iPaint can pass through the atmosphere and be absorbed the iPaint outer space.
Simply apply iPaint to theroof or exterior walls of buildings; the electricity-free cooling effect will be achieved without energy or refrigerant.
Fast cooling, Energy saving
iPaint works in the process of cooling an object by means of sunlight reflection and passive radiative cooling.
This process can keep the object's temperature below the ambient all day without energy or refrigerants.
Intelligent Temperature Control Textile – iTextile
iTextile - incorporating the core electricity-free cooling technology (passive radiative cooling) into textile materials, the textile can be widely used in clothes, schoolbags, shoes, masks, tents, sunshades, helmets, etc. It effectively reduces the rise in body temperature in hot weather to avoid overheating and significantly improves the comfort of outdoor workers and outdoor activity scenes.
Intelligent Air Conditioning Control System
i2Cool research team developed AI artificial intelligence air conditioning control system, an automatic control strategy that can be real-time monitoring and continuously optimisation. The scheme is stable and reliable. It can optimise the working efficiency of air conditioning units and reduce energy consumption by monitoring environmental variables such as airflow, temperature, humidity and even density. The solution ensures that the chillers operate most efficiently throughout the year while maintaining indoor environmental quality. The high energy-saving efficiency and stable control scheme give it broad application prospects in air conditioning.
The atmospheric components of the Earth allow mid-infrared radiation to pass through.
The heat emitted l the iPaint can pass through the atmosphere and be absorbed the iPaint outer space.
Simply apply iPaint to theroof or exterior walls of buildings; the electricity-free cooling effect will be achieved without energy or refrigerant.
Fast cooling, Energy saving
iPaint works in the process of cooling an object by means of sunlight reflection and passive radiative cooling.
This process can keep the object's temperature below the ambient all day without energy or refrigerants.
Intelligent Temperature Control Textile – iTextile
iTextile - incorporating the core electricity-free cooling technology (passive radiative cooling) into textile materials, the textile can be widely used in clothes, schoolbags, shoes, masks, tents, sunshades, helmets, etc. It effectively reduces the rise in body temperature in hot weather to avoid overheating and significantly improves the comfort of outdoor workers and outdoor activity scenes.
Intelligent Air Conditioning Control System
i2Cool research team developed AI artificial intelligence air conditioning control system, an automatic control strategy that can be real-time monitoring and continuously optimisation. The scheme is stable and reliable. It can optimise the working efficiency of air conditioning units and reduce energy consumption by monitoring environmental variables such as airflow, temperature, humidity and even density. The solution ensures that the chillers operate most efficiently throughout the year while maintaining indoor environmental quality. The high energy-saving efficiency and stable control scheme give it broad application prospects in air conditioning.
Our story
i2Cool Ltd aims to promote a novel energy-free and environment-friendly passive radiative cooling paint (patented in Hong Kong) for energy-saving and decarbonization. The self-developed and high-performance paint features the edge in solar reflection and thermal emission, resulting its significant sub-ambient cooling effect, without consuming electricity and ozone-depleting refrigerants. We have demonstrated its high effectiveness and wide applicability in various scenarios. Most notably, in a site-building use case (supported by the HKSAR), by applying the cooling paint, the roof surface and the indoor air temperature could be reduced by 20-30 deg C and 5-6 deg C, respectively, leading to the 8-10% cooling energy saving potential. Empowered by the remarkable R&D outcomes and the vibrant market environment, the related market potential can be exploited in this project and a promising business prospect is anticipated. We will collaborate with different parties and organizations in building, energy and paint industries to effectively demonstrate and promote our paint product. Continuous product and business upgrade will also be conducted to maintain our technical competence and business sustainability. Our ultimate goal is to achieve remarkable environmental and social impacts, mitigating the energy shortage and climate change, while facilitating overall sustainable development and economic growth in Hong Kong.
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