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The Technology
Flyback Energy technology stems from many years of primary research by the founders in the field of electromagnetic theory. Starting with a novel theoretical approach, substantiated mathematically and later by numerous experiments, they developed a technical science to exploit the energy that is released during the collapse of an electromagnetic field surrounding a conductive mass. They have named this science Advanced Direct Current Physics (ADCP).
Advanced Direct Current Physics (ADCP) defines the parameters of a multi-state switching process that makes possible the control, capture, and use of Reverse Electromotive Force (ReEmf), or “fly-back energy” produced by electromagnetic processes. This process significantly improves the efficiency of electrical devices, motors and systems by using this otherwise wasted electrical energy to help create stronger, more controllable electromagnetic fields with less electrical energy consumption while eliminating or substantially reducing electro-magnetic interference (EMI) and semiconductor breakdown.
It makes possible the evolution towards new, advanced circuit designs across a wide range of applications and is made practical by falling costs and advances in power semiconductors.
Commercial exploitation of flyback energy is made possible by the Company's proprietary electronic switch designs (“Flyback Switch Technology” or “FST”). Flyback Switch Technology - based on the ADCP process - is a combination of innovative circuit design, state-of-the-art power semiconductors and digital technology. The Flyback Switch Technology makes it possible to control, capture, and use the energy produced by the reverse electromagnetic field. The technology currently being used in most electrical devices and processes, such as electric motors and fluorescent lighting, are not optimally efficient in the sense that they fail to tap this significant source of energy that is already present as a byproduct of electrical processes.
Using Reverse Electromotive Force to improve electromagnetic processes is a revolutionary scientific concept that has broad applications in technology and industry. Flyback Switch Technology can be adapted to improve most existing electrical products and applications. We believe that ADCP together with our Flyback Switch Technology will allow us as a society to take a large step toward cleaner, more efficient electrical technology.
Industry Applications & Impact
Not often does a technical advance like Advanced Direct Current Physics and FEI Switch Technology come about that has the potential to impact industry and society in such a positive manner. Better functionality from devices and systems and better use and conservation of energy resources should be a priority for the 21st Century.
FEI Switch Technology is a key breakthrough with staggering potential for positive economic impact. Civilization is completely dependent on Electro-magnetic processes and the energy driving them. The devices and technology produced by Flyback Energy, Inc. are advances in electrical science, which are unmatched in recent times. Advanced Direct Current Physics coupled with advances in power semiconductor devices and digital technologies have made it possible to generate and control given levels of electromagnetism with radically reduced power consumption.
Numerous other advances in electromagnetic control are an integral part of the technology development. The advancements made by Flyback Energy apply to nearly all devices and technology based on the exploitation of electromagnetism. The amount of electricity saved by this technology, if implemented worldwide, would be enormous.
Every Industry could benefit by using this technology as well as creating more efficient and better products for the market place. Consider the following:
Automotive Industry
Electric and hybrid electric vehicles are fast becoming a commercial reality. The auto industry is investing billions of dollars into research and production of these types of vehicles. Energy conservation and environmental concerns are the driving force. Real advances in electrical technology to make electric vehicles economically practical in everyday life have been hard to come by. FEI Switch Technology makes possible the widespread use of electric vehicles a viable choice.
- Universal Electric Motor Optimization and Flyback Motor controllers produce radical increases in efficiency and controllability with present day motors. Much more mileage and horsepower can be attained for the electricity consumed.
- Lower cost AC induction motors can now run on DC batteries very efficiently.
Motors are intelligent with complete digital control. This translates into even more energy efficiency and a more functional electric automobile. - Lower cost AC induction motors can now run on DC batteries very efficiently.
Motors are intelligent with complete digital control. This translates into even more energy efficiency and a more functional electric automobile. - The need is eliminated for costly mechanical relays and contactors.
- Battery charging inefficiency problems can be corrected.
Consumer Products
The electrical efficiency of a wide array of consumer goods can be cost effectively improved with FEI Switch Technology. Any type of consumer goods that use electric motors such as washers, dryers, refrigerators and air-conditioners will have their lifetime power consumption reduced with the cost of FEI Switch Technology paid for many times over.
- More expensive and complicated mechanical motor control systems such as timers, switches, contactors and relays can be eliminated.
- Complete digital control of motor functions with no mechanical parts will lower the cost of goods as well as make them more functional.
Aviation and Aerospace
- Smaller, lighter, more powerful and energy efficient motors for servo, hydraulic and control systems are now practical with FEI Switch Technology.
- Electric motors can now operate from AC or DC power across a wide voltage and frequency spectrum, making it possible to power motors from whatever power source is available on the aircraft without modification or cost increases.
- Digitally intelligent motors can be controlled by any communications protocol. A much higher sophistication of control and usability can be achieved for modern fly-by-wire computer controlled aircraft.
Industrial Applications and Manufacturing
Manufacturing companies are completely dependent on electric motor functions to make their factories run. Electricity is a major cost and overhead factor. Radical reductions in energy consumption reduce costs and increase profits.
- Complex manufacturing processes can be improved because of the high speed and precision control of electromagnetic processes.
- Robotics systems can be improved and built on larger scales.
Diesel Electric
The Flyback BDCEM is a motor design intended for large horsepower applications. It has the ability to produce high torque at low RPM without the efficiency losses associated with present day motor designs. This makes it an ideal motor technology for ships, submarines and locomotives.
- Reducing or eliminating counter-motive induction or Back Electro-motive force produces radical increases in electrical efficiency that directly translate into fuel savings.
- Present day motor technology used in diesel electric systems can be made more energy efficient and controllable with FEI Switch Technology.
(ESCO) Energy Service Companies
An Energy Service Company (ESCO) is paid to bring electrical efficiency to the market place. An ESCO is paid a portion of the money saved by re-engineering the electrical services involved in large-scale commercial properties and manufacturing environments.
- FEI Switch Technology would be the most powerful tool to date that an ESCO could use to bring electrical efficiency to their customer base.
- Commercial properties such as skyscrapers have a very large electrical costs associated with their operation. Elevators, Escalators, and HVAC systems can be much more electrically efficient and safer with the application of FEI Switch Technology, reducing the operating costs and liability concerns of these kinds of properties.
Municipal Water and Sewer
The electricity costs associated with keeping the nations municipal water pumping and sewer pumping plants in operation is huge and is one of the biggest load factors on the national grid. Municipalities use thousands upon thousands of megawatts of electricity yearly to keep their plants in operation at a very large cost to the taxpayer. Electricity consumption would be radically reduced with this type of pumping system run by large horsepower induction motors. This translates directly to large monetary savings for municipalities as well as the taxpayer.
Electric Utilities
A whole host of benefits would be in store for the electric utilities if FEI Switch Technology were implemented on a large scale.
- Making inductive loads such as AC induction motors more electrically efficient on a large scale reduces grid loading.
- Reduced grid loading means transmission lines don’t have to be upgraded as often or built on larger scales. This is a direct reduction of infrastructure costs.
- The elimination of power factor problems, harmonics, and other limitations of AC resonance physics are benefits produced by applying Advanced Direct Current Physics to AC induction devices. This also relates directly to reduced infrastructure costs for utilities.
- Intelligent digital control of load devices can be used for device-by-device load shedding and sharing.
- FEI motor controller devices eliminate metering inaccuracies in most cases.