World’s 1st compressor-less air conditioner to combat climate change. Low energy-consumption air conditioner, no chemical refrigerant, no compressor, no exhaust heat.

NUScool is a spin-off company to bring these disruptive and patented technologies to market. Applying innovative technologies developed from state-of-the art researches to provide low-energy and eco-friendly solutions to heating, ventilation and air conditioning needs. A cool, comfortable and ecologically sustainable environment for all.

The ongoing CoolNUS initiative by the NUS President, University Campus Infrastructure (UCI), and College of Design and Engineering (CDE), has been exploring and testing various means to alleviate UHI impact.

Our Innovative & Game-Changing Features: Compressor-less Cooling System. Does not require compressors, which are noisy and not energy-efficient . Decoupled Sensible and Latent Cooling. Enable precise temperature and humidity control. Chemical Refrigerant CFC/HCFC Free. Eco-friendly technology that uses water as the only coolant.

At this year’s World Economic Forum Annual Meeting at Davos, Associate Professor Chua from NUS Engineering presented on his technological innovation – a novel and more efficient air conditioner that uses water and membranes to cool the …

Professor Wong Nyuk Hien (middle), an Urban Heat Island expert, is leading the Cool NUS-BEAM Initiative consisting of researchers from College of Design and Engineering and staff from University Campus Infrastructure.

A team of researchers from the National University of Singapore (NUS) has pioneered a new water-based air-conditioning system that cools air to as low as 18 degrees Celsius without the use of energy-intensive compressors and environmentally harmful chemical refrigerants.

The Cooling Energy Science & Technology Laboratory (CoolestLAB) is a research group based in the Energy and Bio Thermal Systems Division in the Department of Mechanical Engineering, National University of Singapore (NUS).

Mar 24, 2021 · Buildings using a centralised district cooling system enjoy energy savings of up to 40 per cent compared to traditional air-conditioning systems where each building is served by a standalone chiller plant room and cooling tower. This is achieved by leveraging economies of scale and optimising asset efficiency.

A team from NUS Engineering has invented a next generation air-conditioner that could potentially transform the way air-conditioners have been made in the last century.