EnOcean Alliance North American Summit 2027

Smart Buildings Are Evolving Fast

Hybrid work models, rising and volatile energy costs, growing expectations around indoor comfort, health, and wellness, and increasing pressure to reduce CO₂ emissions are fundamentally changing how buildings operate. HVAC systems sit at the core of this evolution, but true efficiency and performance are achieved only when HVAC works in concert with lighting, shading, space utilization, and energy management systems. Meanwhile, state and national regulations — including Local Law 97 in New York, Title 24 in California, as well as ESG reporting and carbon credit requirements — are accelerating the shift toward data-driven, low-carbon building operations.

What Today’s Buildings Need

To keep up, organizations are looking for:

• Flexible and scalable building solutions that dynamically adapt HVAC, lighting, and environmental controls to occupancy, usage patterns, and real-time conditions
• Seamless integration across multiple standards and protocols, combining wired and wireless building systems — from sensors and field devices to building management platforms and the cloud
• Robust, future-ready infrastructures that reduce maintenance effort, extend system lifetimes, and lower total cost of ownership

The Role of Energy Harvesting & Ambient IoT

Energy harvesting wireless technology, also known as Ambient IoT, is a key enabler of modern smart buildings. It allows:

• Fast, non-invasive deployment of sensors and controls across HVAC, lighting, air quality, and energy monitoring applications
• Battery-free operation, removing the need for replacements and minimizing downtime
• Long-term, maintenance-free reliability at scale, supporting the 75 billion connected devices expected in the coming decade
• True plug-and-play IoT experiences for building owners, tenants, facility managers, and IT teams

Join Us in Chicago

Be part of the EnOcean Alliance North American Summit.
Connect with industry leaders, explore innovative smart building solutions that work across different HVAC and lighting protocols, and help shape the future of IoT-powered buildings.