"In rising temperatures, cooling wearables offer a smart solution to beat the heat. With global temperatures increasing, even regions that were once cool year-round are now facing hotter, more prolonged summers, making personal cooling devices more relevant than ever. Designed for daily wear, work, or outdoor activities, these devices help manage body temperature and reduce heat-related discomfort. Studies indicate that this market is projected to grow at a CAGR of 12.8% from the year 2025-2034."
"Wearable air conditioners are compact, lightweight devices designed to provide personal cooling by being worn around the neck or upper body. They use technologies like the Peltier effect and integrated fans to deliver targeted temperature regulation directly to the skin. The Peltier effect involves using an electric current to transfer heat between two surfaces, creating a cooling sensation on one side. These devices are ideal for staying comfortable during commutes, outdoor activities, or extended time in warm environments."
"The TORRAS Coolify 3 is a next-generation wearable air conditioner designed to deliver fast, targeted cooling wherever you go. Worn comfortably around the neck, it features a significantly expanded 14,388 mm² cooling area. Equipped with high-efficiency semiconductors and four high-speed fans, it channels cool air to the front and back of the neck, addressing the most heat-sensitive zones on the body."
Global temperatures are rising, increasing demand for personal cooling devices across formerly cool and traditionally warm regions. Cooling wearables offer portable relief for daily wear, work, and outdoor activities by managing body temperature and reducing heat-related discomfort. The personal cooling market is projected to grow at a CAGR of 12.8% from 2025 to 2034. Wearable air conditioners use technologies such as the Peltier effect and integrated fans to deliver targeted cooling to the skin, often with sensors and cooling plates for customised comfort. Products like the TORRAS Coolify 3 expand cooling area and use high-efficiency semiconductors and fans to target neck heat-sensitive zones.
Read at Yanko Design - Modern Industrial Design News
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