This advanced and flexible system adapts to any environment, making energy management increasingly efficient.
With the update to the 53ABC3S intelligent load control device, which now allows for the management of three-phase electrical systems, the AVEbus energy control and monitoring system has become an even more versatile solution. This evolution culminates a design process that began with a clear objective: providing end users with intelligent tools to optimize consumption and promote more conscious energy management.
Studies conducted at the University of Oxford* show that energy monitoring can reduce electricity consumption by 10-15%. This concrete result is supported by motivational levers, such as gamification and social comparison, which encourage sustainable behavior.
AVE’s energy control and monitoring proposal offers a complete range of devices:
- 53ABC3S – AVEbus single/three-phase load control
- 53ABM3S – AVEbus single/three-phase power meter
- 53ABR1S – DIN-rail relay with AVEbus current sensor
- 44xABR1S – Relay with AVEbus S44 current sensor
The system enables real-time control, measurement, and supervision of the electrical system, providing direct feedback to the end user. This allows the user to perceive the impact of his actions on consumption and adopt more efficient behaviors. At the same time, the system provides indirect feedback through hourly, daily, monthly, and annual monitoring of the controlled loads. This allows for effective comparisons with previous periods or external benchmarks, such as the national average.
Thanks to a recent update, the 53ABC3S single/three-phase load control device enables advanced building energy management, including anti-blackout functions and the ability to optimize self-produced energy. Its extension to three-phase systems expands its range of applications, making it ideal for professional contexts where load distribution across multiple phases is standard.
A further evolution for the AVEbus energy monitoring system, which today stands as a complete technological solution designed to maximize awareness, reduce waste, and simplify the transition to more efficient, sustainable, and intelligent consumption.
(*) Source: Sarah Darby – University of Oxford “The Effectiveness of Feedback on Energy Consumption”
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