Industry News

Araner

Summary

Araner is sharing four recent case studies on district cooling systems you might be interested in learning more about. Check them out below.

• Ashghal Qatar case study: Ashghal, the Public Works Authority of Qatar, has been distinguished for its commitment to excellence in building and managing vital infrastructures for the country. This case study examines how Ashghal has addressed the need to ensure the operational continuity of its data centers, vital for monitoring and managing road networks and drainage systems. By implementing a Thermal Energy Storage (TES) system, Ashghal manages to secure the critical cooling necessary for its data centers, even in cases of total power failure. This case study not only offers an in-depth insight into the challenges and solutions implemented by Ashghal but also highlights the crucial role of thermal energy storage technology in the operational continuity of critical infrastructures. Click here to read the full case study.
• Red Sea case study: Red Sea Global is a luxury real estate development that utilized an innovative district cooling system that utilizes ARANER’s magnetic bearings and direct condensation technology, avoiding the need to consume water as part of its system. Click here to read the full case study.
•  Abdali District: Abdali is a downtown district in the heart of Amman, Jordan, with a climate that requires extensive cooling, as well as heating options for their Winter seasons. Additionally, because of the region’s water scarcity, the developers and planners sought a district cooling plant that would prioritize water conservation. Araner proposed an innovative design centered around air-cooled chillers with zero water consumption with no decrease in efficiency levels found in traditional cooling tower systems. Click here to read the full case study.
• Al Rayyan Stadium: Qatar’s Al Rayyan Stadium, a FIFA Would Cup 2022 venue, employs advanced cooling technology; this includes a sophisticated thermal energy storage tank that optimizes cooling efficiency, reduces energy usage, and enhances reliability. Click here to read this case study.