Energy Ratings For Pumps From Hydraulic Institute

Based on the U.S. Department of Energy’s Motor Market Assessment, pumps can account for 40% of energy usage in industrial fluid systems.


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Based on the U.S. Department of Energy’s Motor Market Assessment, pumps can account for 40% of energy usage in industrial fluid systems.
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Energy Ratings For Pumps From Hydraulic Institute

Based on the U.S. Department of Energy’s Motor Market Assessment, pumps can account for 40% of energy usage in industrial fluid systems.

Energy Ratings For Pumps From Hydraulic Institute

The Hydraulic Institute (HI), a resource for pumping solutions and advancements in the industry, recently announced that its Energy Rating (ER) Program database of rated pumps had grown to include more than 9,400 products.

Based on the U.S. Department of Energy’s Motor Market Assessment, pumps can account for 40% of energy usage in industrial fluid systems. The HI Energy Rating metric represents the greatest potential savings for these and other systems through the implementation of more energy efficient solutions. The database represents the largest North American resource for easy identification of pump technologies that capture energy and cost savings in commercial, industrial, agricultural, and municipal applications.pumps

HI launched its Energy Rating Program in 2018 to make it easy for manufacturers and distributors to communicate energy efficiency, support power utilities in the development and operation of energy efficiency programs, and help end users identify pumps that offer energy and cost-saving benefits. The program provides energy utilities with a resource to underpin incentive and rebate programs, meet regulatory goals, and provide value-adds to customers. The program also allows users to view and verify data that indicates the power savings obtained from pump system upgrades and changes. Using a unique label, the program rates pumps and systems in the marketplace to show measurable comparisons of energy consumed. The higher the energy rating, the more efficient the pump.

For example, an industrial plant using 40 pumps operating at an average of 15-hp could switch or modify pumps to achieve an energy rating of 50. This adjustment would save more than 1.3 million kWh per year, which roughly equals $117,000 in annual savings. Over the estimated 11-year lifetime of the pumps, that adds up to $1.3 million in cost savings. By increasing all new pumps installed in 2020 to an energy rating of 50, companies and utilities could unlock up to 162.9 TWh over an estimated 11-year pump lifetime.

“With the new U.S. Energy Conservation Standard for certain clean-water pumps in effect, companies and utilities should be planning for a future that is both more energy- and cost-efficient,” Michael Michaud, Executive Director, Hydraulic Institute said. “Targeting pumps as part of an energy efficiency program creates value for all stakeholders — including manufacturers, commercial builders and municipalities — through the potentially significant cost savings and improved sustainability of the pump applications.”

In addition to the ER Program, HI manages a full ecosystem of energy efficiency initiatives, including training, certification programs, and standards. For more information on these programs, please visit http://pumps.org/EnergyEfficiency. Below is information from a HI infographic, which can be viewed in full here.

pumps
Source: Hydraulic Institute
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