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QOT is the premier Electric Current Optimization system that compensates for energy that is normally lost in Alternating Current (AC) systems and improve the energy transmission efficiency. The main reactions within QOT occur between ceramic coatings, the QOT composite and the presence of the Alternating Magnetic Field (AMF) that accompanies all AC systems.
Far Infrared Ray that is emitted from the ceramic coatings activates the electrons in the QOT composite through Resonance Absorption. A Magnetic Interaction occurs between the activated electrons of the QOT composite and the AMF. This magnetic interaction generates magnetic wave energy and supplies it to the AC circuit.
Solutions
Innovura
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1.Innovura provides second-by-second data collections for your whole building portfolio, however large or widespread. All accessible from a cloud software platform.
2. Cutting edge, safe & easy-to-install hardware Installed in typically less than 3 hours without disruption to your operation. Perfect safety record.
3. Small, compact design with powerful features. Identify invisible energy waste and manage usage Use powerful features like automatic alarms and remote control via wireless control modules to impact on-site energy usage remotely.
Technology QOT
- The internal ceramic coated layer radiates the far infrared ray of 8-11um wavelength which is the identical frequency range with QOT composition
- Resonance absorption occurs and resonance absorption is a phenomenon that activates the energy of vibration which coincides with each other.
- The electrons of QOT composition activate, and ites energy is amplified through resonance absorption .
- The electrons inside the QOT composite that are activated by ceramic align as they interact with the A/C magnetic field generated from AC power system . As a result the magnetic wave energy is generated