Mr. Darin Long has over 20 years of international and domestic experience in a wide range of executive and managerial roles within several domestic and international businesses. Mr. Long has consulted in computer networking and supply-chain management and has led the development and launched dozens of product lines that have achieved global sales. Mr. Long has started and run a multi-million dollar company. He has lead OEM "original equipment manufacturer" products from R&D to commercialization ranging from power-sports and sporting goods to house wares, one of which earned a Field and Stream Best of the Best Award in 2007. These products were sold globally through big box stores e.g., Costco, Wal-Mart etc. plus smaller regional retailers throughout the United States.
Mr. Long discovered that his supply-chain management skills were the discovery that the power-sports industry was highly inefficient in the sources of energy used and there was a better way to run a combustible engine. He and his friend/partner who was a Mechanical Engineer have developed a more efficient way of running a conventional engine by developing a new motor that is called a “Magnetronic motor.” Conventional motors and generators use iron to transmit the alternating magnetic fields that cause the motor to rotate. Iron‐based motors get hot (heat = waste). Magnetronic motors do not use iron but rather magnets therefore do not get hot (cool = efficient). Mr. Long mentions that the most important advantages of Magnetronic products is the reduced cost. Magnetronic products are less expensive per horsepower than competing motor technologies. This advantage is substantial in medium-sized motors; however, this advantage multiplies significantly in larger motors or generators, whether for industrial equipment, large vehicles (large trucks or buses, for example), or power generation applications.
Efficiency Advantage;Electric vehicle owners want more miles per battery charge. Millennial motor designers have achieved high efficiency over a far broader range of RPM and performance conditions than conventional motors. Conventional motors have narrow range good efficiency and poor efficiency outside of optimal operating conditions. Magnetronic Motors have very broad range of power while maintaining high efficiency.
Comparison Factors;There are hundreds of types of electric motors for various sizes and functions currently on the market. According to research, Magnetronic Motors outperform them all!
For example, AC induction motors are inexpensive and efficient, but lack good power to weight ratios and have limited RPM ranges. DC motors are more expensive and have a wider operating RPM range, but have limited efficiency. Electric motors are considered to have longer lives when compared with gas, diesel and steam engines, but in conventional motors, a single broken wire can require weeks or months to repair/replace.This is the future of more energy efficient uses and I believe that we see these new technology/motors in the near future. This is very exciting to see real innovation in motion.