Connected Building Systems
Connected Building Systems integrate hardware, software, and communications to collect data, monitor use,
predict operations, and prescribe automated responses to achieve optimum
performance.
These systems encompass
- Components that
connect mechanical, electrical, power, communications, and lighting
using sensors, monitors, actuators, controllers, communication
technology, and other devices
- Systems that optimize comfort, energy performance, safety, and security
- Interfaces
for configuration, initialization, system maintenance, fault detection,
diagnostics, predictive maintenance, and continuous improvement
Increasingly, connected building systems use data from the Internet of Things (IoT), cloud-based analytic
platforms, and artificial intelligence. This necessitates a high level
of attention to data privacy and cybersecurity. Connected Building Systems may also reduce
carbon emissions, improve grid reliability, conserve water, extend
equipment life, and increase occupant comfort and productivity.
Members
publish technical documents and advocate the use and benefits of connected building systems. They also coordinate with the NEMA High-Performance Buildings Council (HPBC) and the Cybersecurity Council to create unified industry positions on legislative and regulatory issues concerning connected building systems adoption.