Samsung HVAC Showcases AI-Driven Residential and Commercial Innovations at AHR Expo 2026

Samsung HVAC will preview and showcase its latest residential and commercial HVAC innovations at AHR Expo 2026, taking place February 2–4 in Las Vegas, Nevada. Attendees can explore the full lineup at Samsung HVAC booth SU207. The exhibit highlights Samsung’s continued focus on AI-driven comfort, energy efficiency, and scalable system solutions.

On the residential side, Samsung HVAC will preview the Bespoke AI WindFree™ Pro, the first major redesign of the WindFree™ platform in seven years. The system features a modern grid-inspired design and advanced AI-driven comfort and energy optimization. Radar-based sensing automatically adjusts airflow based on occupancy and activity, delivering fast cooling, draft-free comfort, quieter operation, and improved efficiency. Samsung will also introduce the Bespoke AI WindFree™ series later this year, with enhanced AI performance in a familiar form factor.

Samsung HVAC will also highlight Hylex™ Standard and Premium inverter heat pump systems, now available with low-GWP R-454B refrigerant. Designed as a universal, nonproprietary solution, Hylex™ is compatible with most 24VAC thermostats and supports new installations and replacements, dual-fuel applications, and operation down to -13°F (25°C), with built-in Wi-Fi for SmartThings® monitoring.

For commercial applications, Samsung HVAC will showcase the DVM S2+ VRF system, featuring next-generation AI performance and low-GWP R-32 refrigerant, along with the DVM Chiller, a modular air-cooled heat pump chiller scalable up to 240 tons for flexible year-round comfort.

Rounding out the showcase is SmartThings Pro, Samsung HVAC’s AIpowered IoT platform built for residential and commercial portfolios. SmartThings Pro helps HVAC leaders manage devices at scale, with centralized multi-site monitoring, remote diagnostics, automation, and energy optimization. Contractors, service organizations, and owners can utilize SmartThings Pro to reduce onsite visits, improve response times, and optimize energy usage at scale.