Page 39 - IB Mar 2020

TRADE MARK CAUTIONARY NOTICE IN MICRONESIA AND PALAU

A&I SERVICES INCORPORATED, of Office 611, Level 6, The Fairmont Dubai, Sheikh Zayed Road PO BOX 33964, Dubai,
UAE, does hereby provide notice that it claims proprietorship of the patent:

A High Efficiency Power Generation System And
A Method Of Operating Same

Summary of invention:
Existing technology used in power plants to produce electricity usually utilizes a fuel source, such as coal, oil, natural
gas, nuclear, or solar energy to produce electricity. In a combined cycle power plant, Hydrocarbons are used to create
heat. The heat is used to boil water to create steam, the steam under high pressure is used to spin a turbine, which in
turn spins a shaft that is connected to a rotor on which an electromagnet (or permanent magnet) is located. In case of
electromagnet, the electromagnet is powered by its own power supply to maintain the electromagnetic field. The rotor
is surrounded by stationary coils (stators). The spinning of the rotor causes the spinning of the electromagnet. As the
electromagnet spins, the magnetic field lines of the electromagnet intersect the stator coils thereby inducing electricity
in the stator coils in accordance with Faraday’s law.

The mechanical movement of the rotor in the system does not contribute to powering the electromagnet. Rather, it is
there to allow the magnetic field lines to cross the coils of the stator. All mechanical movement involved in spinning the
electromagnet in the traditional induction generator is taxing to the system and contributes to about 40% energy loss
or more. Additionally, the energy required to initiate the mechanical movement in the system results from combustion
reaction due to the burning of hydrocarbons to boil the water and create the steam. The burning of hydrocarbon is a
known contributor to greenhouse effect and global warming and generally has a negative impact on the environment.

In the current invention, the induction generator comprises a stationary electromagnet and stationary coils (stator)
oriented to be inside the magnetic field of the electromagnet and intersected by the magnetic field lines of such field.
Like the traditional system, the electromagnet is powered by its own external power source. Instead of moving the
rotor of the generator to have a rate of change in the magnetic flux on the stators, the magnetic flux is changed by
varying the magnetic field of the electromagnet in time, which is established by changing the current supplied to the
electromagnet in the rotor over time. This allows for increasing the efficiency of the system significantly while elimi-
nating all elements mentioned above that negatively affects the environment. Specifically, the new induction generator
described in this application removed the need for any movement in the system, thereby eliminating the energy loss
associated with such movement. Since there is no movement requirement, the need for burning of hydrocarbons to
power such movement is also eliminated. The result of this is increasing the efficiency of the induction generator and
reducing the system’s carbon footprint.

Inventor: 1. Alexis Herrera
2. Iyad Baghdane

Full text available in PCT Application No. PCT/IB2020/050004

A&I SERVICES INCORPORATED cautions that any use of the patent or any confusingly similar patent, would be seen as
infringement of their rights and that they will take such action deemed necessary to protect those rights.

A&I SERVICES INCORPORATED can be contacted care of their address for service:

AJ Park, Level 22, Aon Centre, 1 Willis Street, Wellington 6011, New Zealand

Islands Business, March 2020 39