Plasma Power Plant

I am an engineer in the energy field who researched and developed a new technology to produce electricity power from the plasma ( it's the magnetic field interference not cold fusion ). I need financial aid to make a prototype of 50 KWh.
The plasma power plant has non-stop productivity, it can be placed anywhere regardless of the area geographic and can be used as mobile modules, fixed modules, electric car charging stations, industrial power plants ongrid
or offgrid, thus successfully replacing photovoltaic parks, wind turbines, existing hydro-thermal power plants where they cannot be realized.
The innovative technology combines the electrical energy produced from the plasma with generators and power inverters ensuring a production capacity for an investment and a smaller realization area compared to the same capacity from other sources.
Compared to a photovoltaic park of 1MW capacity, knowing that installed KWh costs approximately 1000-1200 Euro:
- photovoltaic park of 1MW investment approx. 1000000-1200000 Eur0, required area 1.2-1.5 ha
- 1MW plasma power plant, investment approx. 480000-560000 Euo, required area 0.15-0.18 ha
How it works? - for the beginning we create a quantity of 5mmc of electric plasma in a controlled space where
at a certain frequency and speed where at a certain frequency and speed we get a plasma magnetic field. The
strength of the magnetic field depends on the amount of plasma used or its frequency and speed. For minimum expenses and reduction of production space
it is more profitable to change the speed and frequency of the plasma to increase yield, than to work with a large volume of plasma.
- the secondary magnetic field produced by the plasma interferes with a primary magnetic field created under special conditions and parameters. The resulting magnetic field which is an exponential multiple of the sum will
generate an electric power which puts the auxiliary generator into operation.
- the auxiliary generator which has the task of powering the battery bank and the high torque BLDC motor respectively the final generator.
The electricity that will be sold is produced by the final generator, thus production capacity it depends on the number and power of the final generator.