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Etihad Towers: A Landmark of Luxury and Innovation in Abu Dhabi
Introduction
As the UAE continues to reinforce its sustainable urban development ambitions, it is at the cornerstone of this vision through the delivery of district cooling services to landmark infrastructure. Two great illustrations of this commitment are Etihad Towers in Abu Dhabi. Tabreed’s participation provides seamless, sustainable cooling to the mixed-use, upscale developments, which represent the region’s version of luxury in architecture and hospitality.
Etihad Towers: Staying Cool Above Abu Dhabi’s Skyline
Located on the Corniche in Abu Dhabi, the development is a mixed-use scheme comprising five tall towers with three residential towers, office space, serviced apartments, and luxury retail in over 500,000m² of area. Since 2010, has been delivering chilled water to the development, ensuring the provision of a comfortable living environment for residents, guests, offices, and retail establishments throughout the complex. By consolidating cooling infrastructure, it simplifies operations, drives down the number of service technicians, and helps to meet Tabreed’s wider objectives for energy efficiency and carbon savings in key new developments.
Best Luxury Hotels in The Heart of the City
Dubai Dunes is a 5‑star hotel and residential destination, nestled on Sheikh Zayed Road near Downtown Dubai, DIFC, and Burj Khalifa, featuring an artful hotel of 302 luxe rooms and suites, dining options, spa, and leisure facilities. Tabreed’s solution provides chilled water for hotel guest rooms, common areas, offices, and air sports facilities, reducing the cooling costs and carbon footprint.
Conclusion
Etihad Towers and Shangri‑La Dubai are more than the sum of their luxury real estate and hospitality parts; they are cooling, landmarks turned sustainable and dependable with the help of district cooling. Having seamlessly served these locations for decades, showcases how district cooling supports iconic developments throughout the UAE, providing comfort, operational reliability, energy savings, and reduced carbon emissions. Together, they demonstrate the potential of collaborative efforts between renowned architecture and environmental engineering to shape the future of urban life in the area.

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