Technology Overview

A TECHNOLOGICAL BREAKTHROUGH

FlyBack Energy® has solved an age old energy loss problem with a technological breakthrough. Electromagnetic (heat) energy losses – in inductive circuits and power conversion processes – have been a persistent and seemingly unsolvable industry problem for the last 125 years. Today, expensive energy is still being wasted due to the uncontrolled electromagnetic collapse in inductive devices and processes. Solving this problem is one of the key elements of becoming energy-efficient.

Infrared Photo of Ballast Heat
Demonstration of MER's energy savings from prevention of heat loss

Tenacious and committed, the founders of FlyBack Energy dedicated their time, money, and energy to solving the electromagnetic energy loss problem. They focused their research on totally controlling the rise and collapse of magnetic fields present in inductive circuits, equipment and processes. After years of methodical experimentation, the FlyBack Energy team has created and patented practical breakthrough magnetic energy recovery (MER) technology.

PATENTED TECHNOLOGY

With this patented technology, FlyBack Energy is actively developing reliable products to truly capture and recover magnetic energy losses – and then insert that otherwise wasted energy back into the power circuit. The FlyBack Energy technology also mitigates problematic harmonic resonance, electromagnetic interference (EMI), excessive heat and other induction issues.

This exciting technology provides perfect control of induction and resistive devices, and power conversion processes between AC and DC electrical systems. FlyBack Energy solutions result in lower energy cost, cooler operating temperatures and longer useful life for lighting system components, transformers, motors and controllers.

VIABLE SOLUTIONS

iLES Lighting Energy Savers

The breakthrough was not easy. But after years of effort, FlyBack Energy is proud of the results. FlyBack Energy’s Magnetic Energy Recovery technology creates value across a wide range of electromagnetic applications. Most electrical input supply can be cost effectively switched and controlled, including such traditional sources as AC grid power, fuel-fired and hydro-generated power, and DC sources such as solar cells, wind generation and battery arrays. We are actively developing new products to serve most types of electrical loads – where long life, high reliability, energy savings, improved power factors, output control, and high electrical efficiency are valued.