Webcast: Improving Electrical Efficiency through Power Factor Correction

February 23, 2006 at 1 pm. CST

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The total power your facility receives is made up of two components:real power and reactive power. While real power performs useful work within your facility, reactive power does not. In fact, reactive power actually constitutes an energy loss and can consume capacity in transformers, generators, wiring, and transmission lines.

Power factor, a measure of electrical efficiency, compares the amount of real, or useful, power to the total power consumed. If power factor is not 100%, your facility is not operating at its highest efficiency.Most utilities charge for poor efficiency in the form of a power factor adjustment, i.e. penalty, on your bill.

Our panel of experts will discuss these power factor issues:

• The relationship between power factor and electrical efficiency

• Power factor measurement and correction techniques

• Power factor correction issues in a changing technological landscape.

PANELISTS INCLUDE:

Rudy T. Wodrich, P.Eng., MBA — Schneider Electric

Tom Blooming, PE — Eaton Electrical

Kevin Dennis — ABB

Jeremy Bryant — Siemens Energy & Automation

Sponsored by:

Produced by:

Written by

Plant Engineering Staff

Since 1947, plant engineers, plant managers, maintenance supervisors and manufacturing leaders have turned to Plant Engineering for the information they needed to run their plants smarter, safer, faster and better. Plant Engineering‘s editors stay on top of the latest trends in manufacturing at every corner of the plant floor. The major content areas include electrical engineering, mechanical engineering, automation engineering and maintenance and management.