Navigating DOE Regulatory Changes Impacting Well Drillers, Pump Packagers, and Dealers
Navigating DOE Regulatory Changes Impacting Well Drillers, Pump Packagers, and Dealers
Presented on Tuesday, December 9, 2014
Recent DOE changes to efficiency regulations will impact the way electric motors used for groundwater pumping are designed and tested by motor manufacturers. The new regulations will cause changes in the motors specified and selected by groundwater professionals. This workshop will guide attendees through the maze of rulings, explain efficiency terminology, and provide practical guidelines for motor specification given the changing regulatory landscape.
Presenters:
Timothy Albers
Nidec Motor Corporation, St. Louis, MO
Nidec Motor Corporation, St. Louis, MO
Timothy Albers is the Director of Product Management and OEM Marketing for Nidec Motor Corp.’s Industrial Motor Division/U.S. Motors. His current responsibilities include product management, marketing, and quotation support for the division. Albers has held various positions in marketing for Nidec Motor and Emerson Motor Co. over the last 16 years. He is a Senior Member of IEEE. His past experience includes various marketing and product development positions at U.S. Motors/Emerson and other marketing and sales positions in electric motors and drives at General Electric Co. as well as a qualified U.S. Navy operating engineering officer.
Patrick Hogg
Nidec Motor Corporation / US Motors, St. Louis, MO
Nidec Motor Corporation / US Motors, St. Louis, MO
Patrick Hogg is the vertical motor product manager for Nidec Motor Corp. His responsibilities cover all vertical products that Nidec Motor manufactures. These responsibilities encompass new product development, project management, marketing, specification review, and sales support. Hogg has been in the electric motor business for seven years and has held engineering positions in design, application, and motor testing. He is a voting member at Hydraulic Institute and has contributed to standards dealing with vibration, pump system energy optimization, pump efficiency regulation, and others.
