All About Circuits

Industry White Paper

Designing Energy-Efficient IoT Systems for Sustainable Infrastructure

Download the white paper to design energy-efficient IoT systems with practical power optimization, connectivity choices, and scalable approaches for sustainable deployments.


March 09, 2026 by Avnet
Topics Covered
IoT Architectures for Energy-Efficient System Design
Sensor Selection and Power Optimization Strategies
Edge vs. Cloud Trade-Offs in Environmental Monitoring
Connectivity Considerations for Low-Power IoT Deployments
Data Accuracy, Reliability, and Long-Term System Performance
Designing Scalable IoT Systems for Sustainability Initiatives

White Paper Overview 

Smart building systems must balance energy efficiency, performance, and reliability across HVAC, air quality, lighting, metering, and automation applications—often within tightly constrained power and space requirements.

Digi helps engineers design energy-efficient smart building solutions by bringing together connectivity technologies, power management expertise, and interoperable component options from leading suppliers.

This guide explores practical, engineering-focused considerations for smart building design, including:

  • Low-power system architectures for HVAC, air quality, and building sensors
  • Power density and efficiency trade-offs in compact smart building devices
  • Connectivity and interoperability across multi-vendor building systems
  • Design choices that reduce energy loss and long-term cost of ownership

Download the technical guide to apply these design strategies to energy-efficient smart building deployments.

Read White Paper:

Already an All About Circuits member? Please Click Here to login.
Fields containing * are required