H O W I T W O R K S
Power Pro Plus Energy Saving System utilizes a variety of patented processes in order to meet the needs of our customers.
OUR METHODS INCLUDE:
Power Factor Correction
Magnetic Choke
Balance voltage on all phases and provides reactive power through a choke and shunt technology.
Capacitance
Provides a reservoir of reactive power for inductive motor loads to draw from and stores energy to bridge short power lags.
Surge Protection
Magnetic chokes provide self healing transient surge and spike protection.
Metal Oxide Varistor
Self sacrificing surge and spike protection.
Harmonic Filtration
Shunt Filters
Provides power conditioning through the reduction of RF noise and harmonic current.
Harmonic Filters
Very fast electronic devices that insert negative harmonics into the network, thus eliminating the undesirable harmonics on the network.
OUR METHODS INCLUDE:
Power Factor Correction
Magnetic Choke
Balance voltage on all phases and provides reactive power through a choke and shunt technology.
Capacitance
Provides a reservoir of reactive power for inductive motor loads to draw from and stores energy to bridge short power lags.
Surge Protection
Magnetic chokes provide self healing transient surge and spike protection.
Metal Oxide Varistor
Self sacrificing surge and spike protection.
Harmonic Filtration
Shunt Filters
Provides power conditioning through the reduction of RF noise and harmonic current.
Harmonic Filters
Very fast electronic devices that insert negative harmonics into the network, thus eliminating the undesirable harmonics on the network.
Energy Conversion
Magnetic Choke
The unique application of the wrap-around magnetic chokes enables wasted magnetic energy to be converted
to useful energy which is then supplied to the electrical system.
VISUALIZE THE DIFFERENCE
Here is a recent assessment of a manufacturing facility. These numbers represent actual readings of the Power Factor, Amps, Kilowatt usage of each motor in this facility. We took readings both before and after hooking up our technology to these motors. Review the potential kilowatt savings that each of the motors realized.
