What is T-REC theory?
Background:The Last Frontier in the Motor World
T-REC theory redefines this vast amount of unrecovered energy—previously dismissed as “unavoidable loss”—as “reusable fuel,” converting it directly into driving force.
1. Background: The Last Frontier in the Motor World
Approximately 46% of global electricity consumption (about 11,500 TWh/year) is consumed by electric motors. While modern Permanent Magnet (PM) motors already boast high efficiency, a few percent of the input power is inevitably generated as “magnetic surge energy” during phase switching (commutation). This energy currently has nowhere to go and is wasted as heat (Joule heat).
T-REC (Trans-phase Regenerative Energy Circulation) redefines this vast amount of unrecovered energy—previously dismissed as “unavoidable loss”—as “reusable fuel,” converting it directly into driving force.
💡 Intuitive Analogy: The “Turbocharger” of the Motor World Just as a turbocharger in an engine uses the energy of “exhaust gas” to spin a turbine and dramatically increase output, T-REC captures “magnetic exhaust” within the motor into a dedicated reservoir circuit. It then recirculates this energy as an “assist (supercharging)” for the next drive phase, significantly increasing output without additional power consumption.
2. The Ultimate Breakthrough: Validity of “Apparent Efficiency > 100%”
In a motor system applying T-REC, a phenomenon occurs where the “apparent efficiency”—the ratio of output torque to external input power—exceeds 100%. This is not “magic” or “free energy” violating the Law of Conservation of Energy (First Law of Thermodynamics). It is a legitimate scientific consequence based on solid physics, fully demonstrated through fundamental equations such as Maxwell’s equations.
【Thermodynamic Proof: The Heat Pump COP Model】
A “heat pump” used in air conditioners moves 3kW to 5kW of heat using only 1kW of electricity. This does not violate the First Law because the electricity is not “creating” the heat; it is acting as a “pump to move” existing heat.
The “apparent efficiency > 100%” of T-REC follows the exact same logic. External input power is used as the “pumping force” to synchronize the system. The actual massive driving torque is generated by “existing magnetic energy autonomously recirculating within the motor.”
3. Three Core Approaches for Realizing T-REC (Patented/Pending)
Based on a design theory that possesses “asymmetric electromagnetic characteristics”—an industry taboo—despite having a symmetric physical structure, we present the following core approaches:
I. Spatial and Temporal “Role Allocation”
While all coils in conventional motors work equally, T-REC asymmetrically assigns dynamic roles—”Drive,” “Recovery,” and “Resonance”—to each phase, enabling energy to be “passed” within the system (Reciprocal Flow).
II. Topological Inductance Control
By adopting a unique slot-pole ratio and winding architecture, the hardware itself functions as a high-efficiency transformer, physically maximizing the energy recovery rate.
III. Extreme Phase Synchronization via Physical AI (Active PLL)
Using a proprietary AI algorithm, the waves of recirculated energy are accurately synchronized to the exact moment of maximum torque, maintaining peak efficiency across all RPM ranges.
Measured values by ISO 17025 accredited laboratory KATEC Waveform with T-REC simulator
The results obtained from actual measurements at KETEC and those from the T-REC dedicated simulator show perfect agreement.
The efficiency showed a pulsating trend, with an average efficiency of 277%. The trend of the three-phase current values also shows an asymmetrical sine curve.