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Happy Holidays

Happy Holidays!

From our AutomatedBuildings Family to yours, have a great Holiday season

electric cars impact on building design.

How Electric Vehicles are Shaping the Future of Smart Buildings

The rise of EVs is deeply influencing the design, cost, and environmental impact of smart buildings. EV integration not only requires new design considerations like charging infrastructure and energy storage systems but also offers significant benefits, such as reduced carbon emissions, enhanced energy efficiency, and cost savings over time. Additionally, as the synergy between EVs and smart buildings deepens, the future holds the promise of more sustainable, energy-efficient, and self-sufficient buildings that contribute positively to the global energy transition.

facil.ai: Easy Building Performance Optimization

What is facil.ai? Facil.ai is a collection of AI-agents trained for building performance optimization (specifically central plant chillers, portfolio rooftop units, refrigeration systems, and air-handler

Open software needed

Is “Open” the Key to Software Eating Buildings?

The journey towards “software-eating buildings” is paved with the bricks of openness. By embracing open standards, protocols, data, and development practices, the building automation industry can unlock new levels of innovation and value for building owners.

Why BAS Must Embrace System-of-Systems to Thrive in a Software-Defined World

The future of building automation lies in embracing SoS. By fostering interoperability, data sharing, and a software-centric mindset, we can create truly intelligent buildings that meet the evolving needs of owners and occupants. It’s time for the BAS industry to step up and lead the charge.

What are your thoughts on SoS and the future of BAS?

digital twins systems of systems framework

A System-Centric Design for Digital Twin Interoperability

The Digital Twin System Interoperability Framework white paper outlines key concepts and considerations for achieving interoperability in digital twin systems. It emphasizes a system-centric design approach, where everything is viewed as a system, enabling normalized processes and a common metamodel for inherent interoperability.

Happy Holidays

Happy Holidays!

From our AutomatedBuildings Family to yours, have a great Holiday season

electric cars impact on building design.

How Electric Vehicles are Shaping the Future of Smart Buildings

The rise of EVs is deeply influencing the design, cost, and environmental impact of smart buildings. EV integration not only requires new design considerations like charging infrastructure and energy storage systems but also offers significant benefits, such as reduced carbon emissions, enhanced energy efficiency, and cost savings over time. Additionally, as the synergy between EVs and smart buildings deepens, the future holds the promise of more sustainable, energy-efficient, and self-sufficient buildings that contribute positively to the global energy transition.

facil.ai: Easy Building Performance Optimization

What is facil.ai? Facil.ai is a collection of AI-agents trained for building performance optimization (specifically central plant chillers, portfolio rooftop units, refrigeration systems, and air-handler

Open software needed

Is “Open” the Key to Software Eating Buildings?

The journey towards “software-eating buildings” is paved with the bricks of openness. By embracing open standards, protocols, data, and development practices, the building automation industry can unlock new levels of innovation and value for building owners.

Why BAS Must Embrace System-of-Systems to Thrive in a Software-Defined World

The future of building automation lies in embracing SoS. By fostering interoperability, data sharing, and a software-centric mindset, we can create truly intelligent buildings that meet the evolving needs of owners and occupants. It’s time for the BAS industry to step up and lead the charge.

What are your thoughts on SoS and the future of BAS?

digital twins systems of systems framework

A System-Centric Design for Digital Twin Interoperability

The Digital Twin System Interoperability Framework white paper outlines key concepts and considerations for achieving interoperability in digital twin systems. It emphasizes a system-centric design approach, where everything is viewed as a system, enabling normalized processes and a common metamodel for inherent interoperability.