BULLENERGY
Power plant module
Technical feasibility proven
Rolf Kranen has proven with measurements that the heat engine generates heat. He patented his discovery. Now he and his team of scientists, engineers and business leaders are in the process of attracting investors. The next step is to realize a proof of concept and a prototype within 2 years.
The focus is on how to harness the energy from the heat engine. Converting the heat into usable energy is not easy because it is a rotating system.
But: Rolf Kranen has the solution!
If you build a traffic circle with a diameter of 1.8 meters, it will have an area of 2.5 square meters. Heat is converted into electricity via Peltier elements.
According to the current state of the art, this allows 1000 watts of electricity to be generated per square meter. The required continuous power to keep the gyro in operation is only 5 watts.
Peltier element
A Peltier element is an electrothermal transducer which, based on the Peltier effect (after Jean Peltier, 1785-1845), generates a temperature difference when current flows through it or a current flow when temperature is different (Seebeck effect). Peltier elements can be used for cooling as well as for heating
The way to the 62.5 kilowatt power plant module
The prototype is designed in such a way that cost-effective series production is possible. For example, 25 heat engines can be stacked on a shaft and assembled into a cylinder.
In addition, there are housings, electrical fittings and the actuator.
On a footprint of 4 square meters at a height of 3.5 meters, 62.5 kilowatts of electricity can be generated by means of 25 stacked heat engines. The module runs largely noiselessly, as the heat engines are enclosed in a cylinder.
16 of these modules form a power plant with 1 megawatt output!
Does plug & play work for a power plant?
Read how to design and build a power plant from container units
BULLENERGY
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