- Slice of Energy
- Posts
- Honeywell Unveils Connected Power to Manage Energy Usage at Plug Level
Honeywell Unveils Connected Power to Manage Energy Usage at Plug Level

Key Highlights:
Honeywell introduces Connected Power to monitor and manage plug-level energy usage in buildings.
Plug loads can account for 25% to 50% of energy consumption in commercial buildings.
Connected Power allows autonomous control of unused outlets based on occupancy data.
Seamless integration with existing building management systems or as a standalone portal.
Improves safety by detecting elevated outlet temperatures and providing remote alerts.
Source (PR Newswire)
Notable Quotes:
"With Connected Power, Honeywell is empowering building decision makers to address the invisible energy waste at the device level by helping to ensure energy is only used when it is really needed."
"Our installation was seamless, and the anticipated energy savings were realized immediately. Efficient energy management is a critical focus for building owners today, and having a system that allows centralized scheduling and control of power at the outlet level helps take our efficiency to the next level."
Our Take:
Honeywell's introduction of Connected Power represents a significant advancement in building energy management, particularly at a time when reducing CO2 emissions is paramount. By targeting plug-level energy usage, this solution addresses a crucial yet often overlooked aspect of energy consumption in commercial buildings. The ability to autonomously control unused outlets based on occupancy data not only enhances energy efficiency but also aligns with the increasing trend towards sustainability. Furthermore, the seamless integration with existing building management systems and the added safety features make Connected Power a comprehensive tool for building managers looking to optimize their energy usage and reduce waste. This innovation underscores Honeywell's commitment to leveraging automation and smart technologies to drive energy transition and operational efficiency in buildings.