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ENERGY OPTIMIZATION OF ELECTRICAL VOLTAGE IN SQUIRREL CAGE INDUCTION MOTORS

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JANUARY-DECEMBER 2018   -  Volume: 7 -  Pages: [11 p.]

DOI:

https://doi.org/10.6036/ES8722

Authors:

JESUS ANTONIO CAMARILLO MONTERO - ROBERTO CRUZ CAPITAINE - MARTHA EDITH MORALES MARTINEZ -
JORGE ARTURO DEL ANGEL RAMOS

Disciplines:

  • Electrical technology and engineering (MOTORES ELECTRICOS )

Downloads:   84

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Received Date :   16 January 2018

Reviewing Date :   17 January 2018

Accepted Date :   16 March 2018


Key words:
optimización de voltaje, ahorro de energía, motor de inducción tipo jaula de ardilla, modelo de carga ZIP, modelo dinámico de carga, voltage optimization, energy savings, induction motors.
Article type:
ARTICULO DE INVESTIGACION / RESEARCH ARTICLE
Section:
RESEARCH ARTICLES

ABSTRACT:
Energy saving in induction motors has focused on speed control using frequency variators, as well as in replacement of conventional motors by high efficiency motors. However, the conditions of power supply source have not been fully studied. The concept of voltage optimization is based on the optimum feeder voltage without variations to a particular load. The main target is to achieve that load operates at its máximum efficienty point and the rest of parameters with normal operation. In this paper, energy consumed by a three-phase squirrel cage induction motor was measured at different load regimes with voltage variation at a set range. Results shows that at full load with a 5% voltage increase, improves performance motor, however, power factor (PF) has a slight decrease compared to nominal conditions.

Keywords: voltage optimization, energy savings, induction motors.

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