Energy Converter

Project summary

This device is a converter of reactive energy into active energy. Only reactive current is supplied to the input of the device, which has a maximum offset from the voltage with a recommended angle φ of at least 90 ⁰ . At the output, active power is generated. Regardless of the load at the converter output, the power at the converter input remains exclusively reactive . The device is self-stabilized. Does not require electronic control systems. Has no electronic components. Has no moving wear parts. Video demonstration of device operation https://www.youtube.com/watch?v=rZCfVpcoA84

Capacitive reactive energy converter properties:

1. The angle φ practically does not change with the magnitude of the load;
2. With an increase in the load (up to the full power mode) at the input of the active power converter does not appear and a decrease in reactive power is observed;
3. The converter output behaves like a current source;
4. The converter has a nonlinear positive conversion factor depending on the amount of reactive power at its input - that is, if the converter converts 1 VAR of reactive power, then the output will be hundredths to tenths of a Watt of active power, and if 100 VAR is converted (as in the video) , then the output is already 10-11 W of active power, etc. according to extrapolation;
5. There is a dependence on the position in space - if you turn the converter, then a slight change in the output characteristics is observed (video material on the change in characteristics when the position in space changes is impossible to shoot due to the failure of the smartphone and digital camera during other experiments);
6. There is a very strong heating (this is one of the disadvantages);

Application examples of the converter:

- Network - in the presence of capacitive reactive consumers, turning on the converter in series with the capacitive consumers;

- Autonomous - for example, inside a parallel LC -circuit in the current resonance mode;

The current state of the project is as follows:

1. A working prototype has been created;
2. Correct measurements were carried out, proving the operability and the declared properties of the device;
3. Research has been carried out to optimize the design;

Required:

1. Carry out experimental design work to increase the overall capacity;
2. It is possible to carry out work on fine-tuning the device to the state of an autonomous energy source;

Funding plan

1. The first part of the "Payroll" of the Project No._ employees:

- FULL NAME. - general physics, general design questions;

- FULL NAME. - special engineering solutions ( including electrical ), electronics;

- FULL NAME. - deep electronics, microprocessor power control;

The total salary fund is 165 thousand rubles - that is, 55 thousand rubles for one full rate, plus personal income tax.

2. The second part "Technical financing":

- additional measuring equipment;

- components for making models and intermediate prototypes;

- contract work ( in situations where it is impossible to do the work on your own );

- Unexpected expenses;

General fund of those. financing for the duration of the contract from one to three months is estimated at about 300 thousand rubles per month, respectively, up to 800 thousand rubles for 3 months. The total period for the implementation of the ROC is from 6 to 12 months.