Airsys Redefines High-Density Cooling with New UniCool-Max Precision Vertical Packaged Unit

GREER, S.C., April 16, 2026 (GLOBE NEWSWIRE) -- Airsys , a global leader in mission-critical cooling for data centers, AI and high-performing digital infrastructure, today unveiled the latest addition to its UniCool lineup: the UniCool-Max. Engineered specifically for the challenging environments of modular data centers, telecom facilities, and equipment rooms, the UniCool-Max is designed to maximize air cooling density while significantly enhancing system reliability through advanced variable-speed technology. Building on UniCool's heritage for redefining compact thermal management, the UniCool-Max introduces new features that improve flexibility for modular design while also doubling cooling capacity. The core philosophy behind the UniCool-Max is precise heat load matching. Unlike traditional fixed-compressor units that experience mechanical stress from frequent start-up cycles — sometimes exceeding 30,000 times per year — the UniCool-Max uses variable speed components to minimize sudden loading and unloading. This approach not only extends the life of the compressor and electronic components but also ensures a stable environment for sensitive equipment. "The UniCool-Max represents a significant leap forward in how we handle high-density heat loads," said Yunshui Chen, founder and CEO of Airsys. "By eliminating the 'takeoff and landing' stress of traditional compressors, we are providing our clients with a system that isn't just more efficient, but vastly more reliable over its entire lifecycle." Key Features and Benefits High Sensible Cooling: The system is heavily shifted toward sensible heat removal, making it the ideal choice for modular data centers and high-heat equipment environments. Sustainability Minded: Utilizing R-454B Refrigerant, the UniCool-Max aligns with the latest environmental standards for low Global Warming Potential (GWP). Space-Saving Design: With a zero side clearance and full front-service design, the unit allows for maximum cooling density at scale without requiring valuable indoor floor space or onsite ... Full story available on Benzinga.com