Armstrong In The Media

Armstrong Announces Next Evolution In Building Performance Management

Posted by Armstrong Fluid Technology on Feb 2, 2017 3:06:39 AM

 

Parallel Sensorless Pump Control and on-board web services can help building managers realize energy savings of 30 percent or more.

 

As seen on plumbingengineer – January 2017

Technological advancements provide new levels of energy savings.

Armstrong Fluid Technology has announced the next level of innovation in pumping solutions for enhanced lifetime building performance across its entire Design Envelope pump range from 1hp to 1250hp.

Providing extended intelligence, wireless connectivity, new integrated Armstrong controls, Parallel Sensorless Pump Control and on-board web services, these technological advancements can help building managers realize energy savings of 30 percent or more.

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Topics: Design Envelope, Energy Saving, In The Media

Energy Savings for Optimized Chiller Plant after HVAC Upgrades

Posted by Armstrong Fluid Technology on Jan 10, 2017 8:54:19 AM
As seen on empoweringpumps.com – January 2, 2017
 

The One Waterfront Tower chiller plant optimization project qualified for a $83,568 custom utility rebate and will save an estimated 624,000 kWh or $170,000 annually.

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Topics: Empowering Pumps, Energy Saving, HVAC, In The Media

A Systems Approach Maximizes Energy Savings Potential

Posted by Armstrong Fluid Technology on Dec 15, 2016 6:42:55 AM

As seen on pumpsandsystems.com – December 2016

Variable speed pumps in a recreation complex save a college thousands of dollars per year in energy costs.

by Brent Ross

Pumping systems consume a significant portion of global electrical energy, accounting for nearly 20 percent of the energy used by electric motors and 25 to 50 percent of the total electrical usage in certain industrial facilities.

Ironically, pumping systems are rarely included in energy-efficiency calculations, even though pumps present such energy-savings potential. One could argue that mentioning “motor” or “variable speed drive” (VSD) is sufficient because these components indicate the greatest energy-savings opportunity in a pumping system.

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Topics: Energy Saving, In The Media, Variable speed pumps

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