BULLENERGY
Market and prototype
For this market is worth developing
Already a gigantic market in Germany
When we first started looking at the numbers in the energy market, we had a sinking feeling. Huge sums of money are moved in this market. Of course, a forecast for 2050 is something for coffee-shop guessers. Like everyone else, we align our goals with these assessments. If we were to cover 5% of the energy demand with this technology by 2050, that would be 20,500 BULLENERGY power plants with 1Megawatt each.
Of course, this value is fictitious. With 8 pieces of 40-foot containers instead of 4, you already have 2 megawatts of power, and it is quite possible that complementary research will increase the power density of the heat engine. A development like that of diesel engines, for example, cannot be ruled out. Why are we showing you this particular graphic? Very simple. It is worth developing the heat engine.
Prototype development: safe, well thought-out, inexpensive
Rolf Kranen is a developer through and through and a universal genius. No wonder that he develops a test room virtually with his left hand. Since the planned chambers of the heat engine have a diameter of 1.8 meters, high masses are moved at 1000 revolutions per minute.
The components must be tested to determine how stable they react under heavy loads and at what point they fail. The test room must be designed for this purpose.
In order to obtain good results quickly, the prototypes of the heat engine are mounted on a test carrier equipped with sensors and video cameras. The control room is connected by cable to the test room and from there the tests are started. This is where the measurement results come together to provide information for further optimization of the test device. Because nothing must be left to chance. Once everything is done, a prototype is there for investors to marvel at in operation. It is then the basis for power plant construction.
When will the prototype be ready?
The question of time is the most unpleasant question for every inventor. Because it depends on many parameters. First, the test room has to be set up, for which Rolf Kranen estimates a sporty three months. Rolf Kranen states six to 10 months for the development of a first prototype. This includes the creation of the sensors and control software.
A prototype alone is little. An extensive test is necessary. Does the material show signs of fatigue during continuous operation? Can the performance be increased? Is the design to be improved? This will take about another 12 months.
The plan is to have a prototype available after 24 months, which can then be used to develop the pilot series standard model with 25 stacked heat engines.
For those who have been paying close attention, it may now occur to you, “They don’t even mention dates.” This is intentional. Because for this we need people – and maybe you are one of them – to invest with us. Only then can we get started and name dates.
Your chance: strong together
Innovative environmentally friendly power plants with the prospect of profit: if this appeals to you, come on board with us
BULLENERGY
Regenerative Innovative