Why do ground loops in moist soils sometimes perform better than expected? What ground loop design tactics can address building system imbalance? Engineers need to take more responsibility for their full GSHP designs, and these questions are a good place to start.
With a little guidance on ground-source heat pump design temperatures and a few rules of thumb for ground loop flow rates, most engineers are pretty comfortable designing the building side of a ground-source heat pump (GSHP) system.
As I complete my transition from leading a practice focused on the design of integrated control systems to focusing on research efforts, it is time to bid farewell to writing this monthly column.
Sometimes it does pay to sweat the small stuff. Data availability might vary depending simply on where you’re accessing it. Not only selection but placement of your sensors and transmitters can influence their effectiveness and response time. Bearing down on such details on the BMS side can yield long-term results for your cooling goals.
Properly selected automated controls to minimize chiller plant energy, power consumption, and the cost of operations are essential for overarching chiller plant performance.
The people adapting and modifying new technology for fun yesterday will be shaping the building automation offerings of tomorrow. The differences in outlook and output will not be minor. Take a look at what the future might hold for facilities, consulting firms, and manufacturers.
There is a great line in the classic 1980’s movie Top Gun, where Maverick says to his co-pilot, Goose, “I feel the need,” and they then say in unison “the need for speed.”
Fiona Stanley Hospital in Perth, Australia, is an internationally acclaimed health care provider that uses advanced technologies and medical devices to enhance patient care. Officials call it one of the first “smart” digital hospitals in the Indian Ocean region.