On September 22, 2026, Kakao and LG CNS said they had optimized cooling operations at a leased data center in Hanam, South Korea, reducing cooling energy costs by about 23 percent year on year without replacing hardware. The project used AI agents to autonomously control cooling equipment based on real time environmental and operational data.
This article aggregates reporting from 1 news source. The TL;DR is AI-generated from original reporting. Race to AGI's analysis provides editorial context on implications for AGI development.
Kakao’s cooling project with LG CNS is a reminder that the AI race is ultimately constrained by power, heat and infrastructure as much as by model design. By using agents to drive autonomous control of cooling systems, the companies claim a 23 percent reduction in energy spend without new hardware. That kind of operational win matters when large language model training and inference are pushing data center power envelopes to the edge in many markets.
Strategically, this is also a signal that AI itself will be used to squeeze more capacity out of existing facilities in parallel with the rush to build new ones. If AI can dynamically tune temperatures, chilled water flows and equipment usage in response to ever changing workloads, operators can host more GPUs per rack or run hotter without breaching reliability thresholds. For firms like Kakao that both consume AI compute and operate at scale in consumer markets, these incremental gains translate directly into either higher margins or more headroom to deploy larger models.


