High-Performance Buildings & Automation

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MEP designers need to re-examine energy wasteful DOAS practices, which currently contribute to over-ventilation of occupied building space, and refocus on meaningful decoupling of sensible and latent load control using dynamic outside air management systems. Read more on the flexibility and possibility of the author’s proposed solution in data centers, schools, and elsewhere.

From temperature differential’s effect on pumps over to an airside design that covers all the bases for comfort and efficient ventilation, the authors are combining preparation and innovation to give Tuscaloosa’s new federal building a suitably exemplary feel.

And yet, the worst system trend is ignoring all the trends.

How useful is live reporting with no live reportee?

Enterprising minds are creating better opportunities for buildings to interact with the Smart Grid.

Software monitoring saved a San Diego pharmaceutical lab 45% in energy costs.The U.S. pharmaceutical industry consumes nearly $1 billion in energy annually. Lab facilities often have environmental and cleanroom requirements

This Rhode Island center of higher learning challenged an initial benchmark and forged a vision of better energy management through an upgraded campus-wide BAS. A design-bid approach, a five-point scorecard for grading bids, and a full-time monitor for the new setup were just three example of how process can drive performance in educational and commercial settings alike.

Or, keep making the same mistakes. Your call.

Defending against even a simple airborne attack may require a complex ventilation safety plan - or at the least, a well thought-out strategy. Sensor capabilities, sensor placement, response speed, and the general ventilation system are some of the factors that play into protecting occupants (and even property) in the case of something worse than an accident.