Automation

Building Automation

Automated Emergency Response Systems in Building Automation

Automated Emergency Response Systems (AERS) in building automation are designed to enhance the safety and security of occupants and assets during emergencies. These systems integrate with communication platforms and coordinate with first responders, facilitating immediate and effective responses to...

HVAC Systems

Using Building Automation Analytics to Drive Operational Insights

Building automation systems (BAS) continuously generate an enormous amount of data on HVAC equipment operation, energy consumption patterns, sensor readings, and more. This data, when properly harnessed, holds the key to unlocking critical insights that can significantly enhance building...

Life Safety & Security Systems

Biometric Access Control in Building Automation

Biometric access control systems use unique physical or behavioral characteristics, such as fingerprints or facial features, to verify individuals' identities. This technology has gained significant traction in building automation, particularly for entry and sensitive area authorization, promising...

FAQ: The Lowdown on LED Lighting

Answering 10 frequently asked questions BY MICHAEL SCHRATZ, Dialight Light emitting diode (LED) lighting solutions have gained significant attraction over the past few years as a safer, more efficient and more cost-effective alternative to traditional high-intensity discharge (HID) lighting sources...

Commercial Buildings and the Smart Grid

For utilities, generating additional capacity is neither a quick nor a simple proposition. Strategies that help monitor and control power demand are essential to ensuring a robust power supply, and the Smart Grid represents the best opportunity to control the demand for additional capacity. The...

Communications & Networking

Taking BAS to the Cloud: Exploring the Advantages and Considerations

Building Automation Systems (BAS) have become a cornerstone of modern building management, offering the promise of optimized energy consumption, improved occupant comfort, and streamlined operations. However, traditional on-premise BAS solutions can present limitations in scalability, remote...

Home Automation

Automation

Cloud-Based BAS: Benefits, Drawbacks, and Considerations for Remote Management

The traditional model of building automation systems (BAS) has involved on-premises servers, software installations, and localized data storage. Cloud-based solutions are disrupting this model, offering the potential for greater flexibility, scalability, and ease of access. However, this migration to the cloud also raises important considerations around security, performance, and long-term data management.

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Benefits of Cloud-Based Building Automation

Scalability: Cloud-based BAS...

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Intelligent Power Today Magazine

Building Automation

Automated Emergency Response Systems in Building Automation

Using Building Automation Analytics to Drive Operational Insights

Biometric Access Control in Building Automation

FAQ: The Lowdown on LED Lighting

Commercial Buildings and the Smart Grid

Taking BAS to the Cloud: Exploring the Advantages and Considerations

Automation

Cloud-Based BAS: Benefits, Drawbacks, and Considerations for Remote Management

Automation Articles

Powering Efficiency: BAS and the Pursuit of Sustainable Buildings

Building a Sustainable Future: Integrating BAS with Renewable Energy

Life Safety & Security Systems: Balancing Proactive Security with Privacy

How Artificial Intelligence is Reshaping HVAC Efficiency

Behavioral Analytics in Life Safety and Security Systems

Enterprise Energy Management Systems

T&D Buyer’s Guide Companies

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Transformer Failures Relevant to Protective Relaying and Transformer Diagnostic Testing

Youngstown Glove

DDIN Grounded Helicopter Stringing Block

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SorbNseal

Viper-HV sub-transmission overhead recloser

Viper®-ST Recloser

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Pole Guard Product

Calculation of Electrical Field Strength Distribution for Axial-Rotational Or Plane Parallel Geometry

Electrical Testing and Measurement Handbook Vol. 7

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