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Lighting and Controls



Wireless Mesh Networks in Scalable Lighting Control

Wireless mesh networks represent a significant evolution in communication technology, offering a robust, flexible, and scalable solution for building automation, especially in lighting control systems. Unlike traditional star topology networks, mesh networks consist of nodes that directly...

HVAC Systems


Wireless Sensor Networks and the Impact on HVAC Monitoring

Traditional building automation systems have often relied on a relatively sparse network of wired sensors to monitor temperature, humidity, and perhaps a few other basic parameters. Wireless sensor networks are disrupting this model, enabling the deployment of far denser arrays of sensors,...

How Artificial Intelligence is Reshaping HVAC Efficiency

Traditionally, HVAC control within building automation systems has relied on rule-based systems and human programmed schedules.  These systems, while effective, leave significant room for further optimization.  The emergence of artificial intelligence (AI) and machine learning (ML) offers...

Energy Management


Addressing Cybersecurity Concerns in BAS for Energy Management

Building Automation Systems (BAS) offer a powerful tool for optimizing energy consumption in buildings. However, as BAS become increasingly connected and collect more sensitive data, cybersecurity concerns become paramount. This article delves into the cybersecurity risks associated with BAS used...

Powering Efficiency: BAS and the Pursuit of Sustainable Buildings

Building Automation Systems (BAS) have revolutionized how buildings operate, transforming them from static structures into dynamic environments that can adapt to changing needs. One of the most compelling applications of BAS lies in its ability to optimize energy consumption, contributing...

Building Automation

Legacy Systems: Strategies for Integrating Outdated HVAC Equipment into Modern BAS

Building automation offers powerful tools for streamlining HVAC operations, optimizing efficiency, and improving comfort. However, a significant challenge arises when dealing with legacy systems - older HVAC equipment from various generations that might lack the native compatibility necessary for seamless integration. Confronting this hurdle effectively is key to maximizing the benefits of automation in established buildings.

 

Understanding the Compatibility Challenge

Proprietary Protocols: Historically, many HVAC manufacturers used closed communication protocols, making their systems reluctant...

Building Automation Articles