Leading innovation
Founded in 2007, Cartheur Technology Research is a company devoted to understanding
the theoretical and practical application of magnetic resonant schemes useful for
wireless energy transfer and CW power transmission. In our current research, we
have four different kinds of machines:
* Oscillator-driven inductive link: pure power transfer at near to mid-range distances,
* Oscillator-driven resonant link: pure power transfer at mid-range distances,
* Sinusoidal-driven resonant link: power transfer at higher frequencies,
* Sinusoidal-driven resonator cavity: tunable to the power and frequency characteristics
that are required.
The first two models can be designed so that the transmission frequency is not harmful
to organic tissue. All of our machines are highly efficient and exhibit low Joule-heating.
Within this scheme, it is also possible to modify the manner in which the magnetic
energy is emitted--using the resonance cavity technique described in the previous
list--to create discrete spatial locations where energy can be contained. By keeping
the energy flowing within the cavity, electromotive forces can be stored in the
containing field. This suggests a potential for storing energized particles and
molecules depending on the magnetic field strength. Applying this technology will
solve problems in nuclear reactors adding an extra layer of safety and security
in the event of catastrophic failure or meltdown or in containment of dangerous
substances.
Conversely, the technology can be scaled-down to miniature and sub-miniature architectures.
One of most predominant of these is for powering implants.
Additionally, the schemes can be modified to work as power couplings between solar
array arms, such as those most common in satellites. This is most powerfully applied
when lengths of the arms need to be folded, unfolded, or their positions pivoted
to maximize the input of solar energy. Without cables to bind the mechanisms, there
is an extra degree of freedom and confidence larger and more powerful satellites
can be deployed while their arms can be folded during transport to their orbital
trajectories.
The technology can be utilized in what I term orchestration where a single
transmitter can power multiple receivers. The same arrangement can also send information
simultaneously. This application is covered by one of a series of patents I have
already filed.
I have developed a series of products and have patented methods of magnetic resonant
storage and transmission of electrical currents. Regarded more generally under the
principle of wireless energy transfer, this is a specific type of highly-efficient
electrical energy distribution in a small package so as to give the user the ability
to transmit electrical power transparently at a distance. Have a look at our
Products and feel free to submit a pre-order. Better yet, contact us and
let's collaborate on the project which best suits your needs. For all queries, including
how our technology can be applied to solve your particular energy distribution or
storage problems, please use our Contact form.
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