VoIP communication is evolving with the rapid advancement of AI and high-performance computing, integral to modern data centers. As server densities rise, traditional cooling systems struggle, presenting an opportunity for the data center liquid cooling market. Projected to grow significantly, innovative solutions enable efficient cooling, enhancing VoIP infrastructure stability.
LG Electronics is focused on pioneering the HVAC market by leveraging AI technologies, aiming to dominate the sector by 2030. Their strategy includes tripling data center cooling orders with innovations like liquid cooling systems.
LG Uplus is teaming up with LG Electronics and LG CNS to boost data center cooling efficiency using AI and digital twin technologies. The pilot at Pyeongchon 2 aims to cut cooling energy by up to 10 percent, paving the way for smarter, more efficient operations across LG Uplus facilities.
Vertiv and Compass Datacenters have partnered to debut the CoolPhase Flex, a hybrid cooling system blending liquid and refrigerant-based air cooling. Designed for data centers handling AI workloads, it ensures energy efficiency, faster installations, and reduced downtime.
The escalating energy consumption by data centers poses critical challenges, with cooling systems driving immense power usage. As data centers expand, particularly to support emerging technologies like generative AI, power demands are mushrooming.
ST Telemedia Global Data Centres partners with Phaidra to enhance data center cooling in Singapore using AI-driven autonomous systems. This collaboration marks Phaidra’s first AI deployment in Asia, targeting a 10% initial energy saving, potentially rising to 30%. This initiative aligns with STT GDC’s carbon neutrality goal by 2030.
In a significant stride towards sustainability, SK Telecom, alongside Iceotope Technologies and SK Enmove, has announced a strategic partnership aimed at revolutionizing the cooling systems of AI data centers. This collaboration, marked by the signing of a memorandum of understanding (MOU), focuses on the development and deployment of a liquid cooling technique designed to significantly enhance the energy efficiency of AI data centers.
