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Annual report under Section 13 or 15(d) of the Securities Exchange Act of 1934
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For the fiscal year ended December
31, 2002
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Transition report under Section 13 or 15(d) of the Securities Exchange Act of 1934
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For the transition period from ____________
to ____________
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Power Efficiency Corporation
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(Name of Small Business Issuer in its Charter)
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Delaware
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22-3337365
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(State or Other Jurisdiction of Incorporation or Organization)
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(I.R.S. Employer Identification No.)
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4220 Varsity Drive, Suite E
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Ann Arbor, Michigan
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48108
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(Address of Principal Executive Offices)
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(Zip Code)
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(734) 975-9111
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(Issuers Telephone Number, Including Area Code)
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Securities Registered under Section 12(g) of the Exchange Act:
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Common Stock, $.001 Par Value
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(Title of Class)
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No
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No
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Alternating Current (AC)
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A type of electrical current, the direction of which is reversed at regular intervals or cycles; in the U.S. the standard is 120 reversals or 60 cycles per second; typically abbreviated as AC.
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Ampere (amp)
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A unit of measure for an electrical current; the amount of current that flows in a circuit; abbreviated as amp.
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Apparent Power (KVA)
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The product of volts times amperes in an electric current.
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Audit (Energy)
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The process of determining energy consumption, by various techniques, of a building or facility.
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Current (Electrical)
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The flow of electrical energy (electricity) in a conductor, measured in amperes.
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Cycle
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In an alternating current, the current goes from zero potential (or voltage) to a maximum in one direction, back to zero, and then to a maximum potential (or voltage) in the other direction. The number of complete cycles per second determines the current frequency; in the U.S. the standard for alternating current is 60 cycles.
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Efficiency
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Efficiency is the ratio of work (or energy) output to work (or energy) input, and cannot exceed 100 percent.
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Energy
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The capability of doing work.
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Hertz
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A measure of the number of cycles or wavelengths of electrical energy per second; U.S. electricity supply has a standard frequency of 60 hertz.
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Horsepower (HP)
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A unit for measuring the power of motors or the rate of doing work. One horsepower equals 33,000 foot-pounds of work per minute or 746 watts.
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Induction
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The production of an electric current in a conductor by the variation of a magnetic field in its vicinity.
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Induction Motor
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The simplest and most rugged electric motor, it consists of a wound starter and a rotor assembly. The AC induction motor is so named because the electric current flowing in its secondary member (the rotor) is induced by the alternating current flowing in its primary member (starter). The power supply is connected only to the starter. The combined electromagnetic efforts of the two currents produce the force to create rotation.
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Inrush Current
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The current that flows at the instant of connection of a motor to the power source. Usually expressed as a multiple of motor full-load current.
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Kilowatt (kW)
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A standard unit of electrical power equal to one thousand watts.
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Load
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The demand on an energy producing system. The energy consumption or requirement of a piece or group of equipment.
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Losses (Energy)
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A general term applied to the energy that is converted to a form that cannot be effectively used (lost) during the operation of an energy producing, conducting, or consuming system.
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Motor
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A machine supplied with external energy that is converted into force and/or motion.
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Motor Speed
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The number of revolutions that the motor turns in a given time period (i.e. revolutions per minute, or rpm).
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Power
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The rate at which work is done, typically measured in Watts or horsepower.
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Power Factor
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The ratio of watts to volt-amperes of an AC electric circuit.
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Soft-start
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Soft-start is the regulation of the supply voltage from an initial low value to full voltage during the starting process.
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Staring Torque
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The torque produced by a motor at rest when power is applied. For an AC machine, this is the locked-rotor torque.
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Three-phase Current
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Alternating current in which three separate pulses are present, identical in frequency and voltage, but separated 120 degrees in phase.
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Torque (Motor)
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The rotating force provided by a motor. The units of torque may be expressed as pound-foot, pound-inch (English system), or newton-meter (metric system).
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Torque (Starting)
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This torque is what is available to initially get the load moving and begin its acceleration.
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Total Harmonic Distortion
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The measure of closeness in shape between a waveform and its fundamental component.
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Transformer
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An electromagnetic device that changes the voltage of alternating current electricity; it consists of an induction coil having a primary and secondary winding and a closed iron core.
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Voltage
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The amount of electromotive force, measured in volts, that exists between two points.
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Watt
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The amount of power required maintaining a current of one ampere at a pressure of one volt when the two are in phase with each other. One horsepower is equal to 746 watts.
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Wattmeter
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A device for measuring power consumption.
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Item 1.
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Description of Business
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(a)
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Business Development
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(b)
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Business of the Registrant
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the Three-Phase Power Commander® used in industrial and commercial applications; and
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the Single-Phase Power Commander® is also used in industrial and commercial applications and is currently in research and development for use in consumer applications such as home appliances and the like.
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The Power Commander® is the result of field and laboratory engineering refinements undertaken since 1994. These refinements enable the Power Commander® to offer a control system which measures and monitors key motor operating conditions and adapts motor operating parameters during rapid changes in motor load, all without excessive vibration, synchronization problems or other material adverse effects to the motor or surrounding electrical and mechanical systems.
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Energy savings and motor efficiencies were verified through tests of the Power Commander® performed by three independent laboratories. Oak Ridge National Laboratory tested the Power Commander® and concluded that significant energy savings due to lower electrical power demand can clearly be obtained in medium-sized and especially large-sized motor applications where the motor is frequently operating with no load. Oak Ridges conclusions were based on tests that examined energy savings, motor temperature, and soft start impact.
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Another independent laboratory at Oregon State University determined that the Power Commander® converted electrical energy into mechanical energy at a more efficient rate than a motor without the unit. The test compared energy consumption and torque on a 15HP motor with and without the unit installed.
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Finally, Medsker Electric, Inc., an independent electric motor repair and test laboratory, performed a series of inrush current and energy savings tests on the Power Commander®. The tests compared the Registrants product to the products of three competitors. In its conclusions, Medsker stated that the Registrants Power Commander® exhibited twice the energy savings of the next nearest competitor. In addition, Medsker concluded that the Power Commander® exhibited the best soft-start performance, reducing the motor inrush current by 71%. Finally, Medsker concluded that the Power Commander® was the simplest to install and test, and was the best performer in terms of energy savings and inrush current reduction.
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In addition to the tests performed by independent laboratories, the Power Commander® was subjected to a performance case study by one of the Registrants customers, Otis Elevator Company. In the Otis Elevator case study, the Power Commander® resulted in reduced energy consumption and lower operating temperatures. The case study examined the effects and energy savings obtained with a Power Commander® installed on a 10 horsepower AC induction motor operating a single width, single level escalator.
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The Power Commander® is the only device management is aware of that combines soft start features with energy savings features in a single integrated unit that achieves energy savings levels of up to 15% to 35%;
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The Power Commander® analog circuitry is proprietary and protected by a patent; and
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Energy saving motor controllers claimed to be competitive with the Power Commander® (i.e., Fairford, Power Boss and Power Planner) utilize technologies inferior to the Registrants technology because (i) their products achieve lower levels of energy savings in comparable applications compared to the Power Commander® (see Part I, Item 1 Description of Business, for a description of the independent tests performed on the Registrants products); and (ii) their digital design produces extensive harmonic distortion.
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The potential market for the Registrants motor starter product is much larger than that for motor controllers in general and the Power Commander® in particular;
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Competitors in the motor starter field are more numerous and generally much larger compared to competitors in the motor controller field; and
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The motor starter is a staple product type and is currently being sold by nearly all companies in the electrical component business.
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the circuitry covered by the Registrants patent more effectively reduces the motor vibration; and
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the circuitry eliminates most of the balance and synchronization problems that are created by other energy saving motor controllers, including those that would eventually use the licensed NASA technology upon the expiration of the underlying NASA patents.
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Item 2.
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Description of Property
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Item 3.
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Legal Proceedings
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Item 5.
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Market for Common Equity and Related Stockholder Matters
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Twelve months Ended December 31, 2002
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High
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Low
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October 1, 2002 December 31, 2002
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$
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1.90
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$
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0.55
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July 1, 2002 September 30, 2002
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3.20
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1.45
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April 1, 2002 June 30, 2002
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3.25
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1.60
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January 1, 2002 March 31, 2002
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3.80
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2.90
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Twelve months Ended December 31, 2001
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High
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Low
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October 1, 2001 December 31, 2001
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$
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3.51
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$
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2.90
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July 1, 2001 September 30, 2001
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5.40
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3.25
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April 1, 2001 June 30, 2001
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8.20
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2.65
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January 1, 2001 March 31, 2001
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