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10341 results for "sustainable cooling"
A new cooling station in Jaipur drops temperatures without using any electricity, proving cities can fight extreme heat through smart design instead of power-hungry air conditioning. As heatwaves intensify across India, this sustainable solution shows how architecture can naturally cool urban spaces.
Rising temperatures don't have to mean high electricity bills or reliance on air conditioning. Simple, sustainable home changes using traditional materials and natural elements can keep indoor spaces refreshingly cool while protecting both the planet and your wallet.
Ancient Indian flooring made from lime and iron oxide naturally cools homes and lasts over a century. This sustainable craft is fading as modern materials take over.
Before air conditioning existed, our grandparents stayed comfortable during scorching summers using simple, nature-based solutions. These traditional cooling methods are making a comeback as people seek sustainable ways to beat the heat.
When Amazon's Virginia data center overheated last week, engineers responded with innovations that could reshape how tech companies cool their facilities. The rare incident is accelerating development of sustainable cooling solutions across the industry.
A stunning eco-home in Kerala stays naturally cool without air conditioning, thanks to slanting brick walls that reduce cement use by 40%. The innovative design proves sustainable living can be both beautiful and practical.
Scientists at Cornell and Technion adapted a centuries-old Middle Eastern cooling method into an eco-friendly air conditioning alternative that needs no electricity. The ceramic pipe system cools spaces through water evaporation, offering hope as climate change makes traditional AC increasingly harmful.
Chinese scientists discovered a liquid cooling method that drops temperatures by 30°C in seconds while slashing carbon emissions. The breakthrough could transform energy-hungry data centers and cut global cooling emissions in half.
Researchers discovered how to cool data centers using waste heat from factories and a common mineral, slashing electricity use by up to 86 percent. The breakthrough could help the booming AI industry grow without overwhelming America's power grid.
A simple rooftop garden can cool your home naturally without electricity or hefty bills. Living Greens Organics has already helped over 4,000 Indian households turn empty terraces into green cooling systems.
Telangana's Bharat Future City is piloting a district cooling system that pipes chilled water underground to cool entire buildings without individual AC units. The technology, already used worldwide, could slash emissions and energy use across India's hottest cities.
A PhD student in Western Australia has created buildings filled with living microalgae that naturally cool interiors, capture carbon, and produce oxygen. His designs could transform mining camps, bus stops, and urban spaces into sustainable, nature-connected environments.
Before air conditioning, Indian homes stayed cool using thinnai—a raised verandah platform that worked with nature, not against it. Built with lime and stone, it kept spaces comfortable in 40-degree heat while bringing neighbors together. #
Before air conditioning, Indian homes stayed naturally cool using a traditional design called thinnai. This forgotten architectural feature combined smart materials with community living.
A Spanish city is beating extreme heat by reviving ancient underground water systems, creating cool public spaces for 30,000 daily visitors without air conditioning. The blend of millennia-old design and solar power is turning scorching plazas into comfortable gathering spots.
A tiny molecular tweak just made eco-friendly refrigeration 70 times more powerful, bringing us closer to ditching climate-damaging cooling gases for good. The breakthrough could transform everything from your fridge to industrial cooling systems.
Singapore is fighting rising heat without air conditioners by pumping chilled water through underground pipes to cool entire neighborhoods. The 140-year-old technology uses less electricity and could double across the city in the next decade.
Four MIT teams just cracked one of climate change's deadliest problems: keeping people cool without wrecking the planet. Their breakthrough inventions use 97% less power than traditional air conditioning.
As air conditioning use soars worldwide, energy experts have discovered something remarkable: the most efficient AC units cost the same as wasteful ones, and tiny habit changes slash energy use by 30 percent. Better yet, cities are already redesigning buildings to stay naturally cool.
Deep beneath Singapore's streets, five kilometers of pipes pump chilled water through neighborhoods, using a 140-year-old cooling system that slashes electricity use. As temperatures rise twice as fast as the global average, the island nation is proving that sometimes the best solutions for tomorrow's climate challenges come from yesterday's innovations.
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