首页即时动态夏季空调热销，PROFROID悄然进军中国

夏季空调热销，PROFROID悄然进军中国

来源：家居百科时间：2025年07月08日 18:17

Summer Cooling with Energy Efficiency

This summer, northern regions of China have been experiencing temperatures akin to a steaming pot. As the frequency of scorching hot days increases, the air conditioning industry is undergoing a subtle transformation – especially in energy-intensive commercial buildings. When choosing air conditioners now, energy efficiency and environmental protection are more important than fast cooling!

Leading brands are accelerating the adoption of low-carbon technologies, such as inverter technology, magnetic suspension technology, and the replacement of environmentally friendly refrigerants. These advancements not only save users electricity bills but also contribute to carbon reduction – after all, less electricity use means less carbon emission.

On July 8th, news from Carrier Commercial Refrigeration's PROFROID brand showed that since entering the Chinese market at the end of April, it has engaged in over 20 projects, with more than half of the users interested in collaboration. The core value proposition of this brand is low-carbon environmental protection. It has launched multi-split systems, heat pumps, and integrated machine room solutions, and is actively expanding into the Chinese HVAC market.

Hard-core Performance in the Heatwave

The hot weather poses a "major test" for air conditioning systems, directly impacting carbon emissions. Traditional air conditioners often experience efficiency loss when the outdoor temperature exceeds 40°C. To "bear" the extreme heat, air conditioners must operate at full load, leading to skyrocketing electricity bills and increased carbon emissions – every additional kilowatt-hour of electricity use adds approximately 0.785 kilograms of carbon dioxide to the atmosphere.

PROFROID multi-split systems, however, can handle extreme temperatures with ease: stable cooling at 60°C and no efficiency loss at 46°C. Under the same cooling demand, it can save up to 30% of electricity compared to traditional air conditioners. If a mall consumes 10,000 kilowatt-hours of electricity per day, it can reduce carbon emissions by 2.3 tons a day. It also integrates the electrical control system into a core-triple-drive design, reducing the number of heating components from 9 to 4. This not only reduces its own energy consumption but also lowers the risk of failure – each maintenance reduction means a reduction in carbon emissions from transporting parts.

The 'Smart Brain' of System Integration

Commercial building air conditioning systems often lag in carbon reduction due to equipment operating independently: different brands of outdoor units, indoor units, and control systems do not work together, requiring frequent manual adjustments. Neglecting this can result in an additional 20% energy consumption, leading to the emission of hundreds of tons of carbon annually.

The PROFROID integrated machine room solution acts like a "low-carbon smart brain," using AI to unify all equipment. It can automatically optimize operation and precisely control the temperature, directly cutting 20% of additional energy consumption: data centers that use it can reduce carbon emissions by 15% annually; a large-scale supermarket with its installation can save 40% on electricity bills while reducing annual carbon emissions by nearly a thousand tons, truly achieving "savings in electricity and costs equals carbon reduction."

As the Arctic glaciers melt at a rate of 1 billion tons per day and air conditioning installers work for 15 hours straight in 40°C heat, we must realize that low-carbon technology is not a choice but a matter of survival. PROFROID proves with technology that stable cooling and low-carbon environmental protection can be achieved during the heatwave – perhaps this is the most needed "green cooling solution" for commercial buildings today.