Neo-Aerodynamic

Energy Solution

 

 

The AC grid without the generator connected

 

The same AC grid when the generator is running at about 60RPM

 

Testing station of a bare bone system.

 

. The beige/white 3 phase motor with a VFD (blue) to drive the small generator.

 

. The little white cube on top of the VFD is a net metering meter. However a combination of: scope + Amp meter + volt meter gives real-time and more accurate reading.

 

. The shoe appears on the pictures is on a safety switch. One has to step-on in order to turn the power ON

 

 

Neo-Aerodynamic LTD Co.
a solution for today energy crunch

Patent pending.

A breakthrough discovery, a 'dream comes true' an RPM independent, grid tie induction generator since the 19th Century

Click here to see how our minimum is set up

The crown jewel of this technology is its capacity to allow a generator to operate at 100% or any other percentage of its capacity at any speed>20RPM via the help of a CPU As an example at 30RPM a CPU can program to have generator operating in anywhere from 0 to 100% of its capacity. OR It can maintain at 100% of the capacity of generator when the wind. force  goes strong, very strong making it turn to thousands of RPM.

There is two distinct paths of the system.

(1) For those who has a fairly regulated speed such as water wheel system. He/she only need to program a 100% capacity at a low low fix RPM.

(2) For those who have wide range of speed and torque such as wind turbine/rotor.

How does the process work?

    a. At beginning it’s is a user selectable Minimum Optimum RPM speed, (MOPR) Let’s say 30RPM for your wind turbine

    b. At power off when the wind comes up to MOPR +20RPM then the generator kicks ON at 10% its capacity.

    c. It will then try to get more and more up to the 100% the capacity of your turbine as long as your turbine is having enough torque to maintain above that MOPR but less then 1000RPM. Above this speed the generator will generate less power instead.

    d. If the turbine is unable to produce enough 100% the capacity of the generator – The turbine does not have strong wind – It will adjust itself to get the maximum it can by constantly adjust itself to get more or get less etc, . . .

    e. If your turbine does not have enough torque to maintain that MOPR the controllers will then to match as long as the generator can produce a net, positive output which is 5% its capacity.

    f. The process will turn itself OFF when maintaining a 5% capacity of the generator making the turbine goes too slow (below the MOPR -10)

    g. It the start over from (b) again.

 

Where is its state of the development?

The applicability by using general purpose CPU  Passed

Main functionalities of the Main components. Passed

Prototype: (Application specific)  hardware debug. Passed

Firmware/Software: Passed.

Alpha/Beta/Release: Currently it is now the 5th PCB Generation.

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