The first goal is to develop a “scalable prototype” to get all missing information’s for the high-altitude wind power stations, included additional intellectual property rights.
For this the engineering services are purchased. The purchased material, the organization and coordination of the project is done by the company.
At the same time, it is important to find a country, where the first prototype as well as the first wind park can be placed.
For marketing aspects, it is important to make the idea public to different decision makers in associations, federal states, countries, governments, …
When it is possible to forecast a good result of the project, it is started to generate an own engineering, IT... and prepare the goal “Ready to go”.
A prototype is developed and produced in the scale of 1:1 and developed to the ready for serial production.
The engineering is done with own employees and an organizational structure is generated to produce and install high-altitude wind power stations.
At least one country is defined to install the first high-altitude wind power station.
The first version is manufactured in series.
Other countries give approval for high-altitude wind power stations.
The strategy is to produce local renewable energy.
This can be electricity for the direct consumption or for producing green hydrogen.
Due to the fact, that it is possible to produce green hydrogen, it is possible to provide different sectors like buildings, industry… in their daily business.
The forecast from the International Energy Agency for the electricity consumption in 2050 is up to 150 % more than 2022, the main reason for this is, the Net Zero Emission in 2050 or 2060 from different countries.
In 2022 the electricity consumption was around 28 000 TWh in 2050 it can be 70 000 TWh.
In 2022 the production of electricity from renewable energy was 8 800 TWh.
This difference cannot be produced by the existing renewable power technologies.
At the moment the best places for the onshore wind power stations are occupied; the offshore wind power stations are going more into the sea and requires a floating foundation.
The solar power is installed related to the actual technology.
At the moment there is no limit of placing high-altitude wind power stations, related to the places, where this can be possible.
Another point is to get another unique selling point; having the only exclusive right to place high-altitude wind power stations.
Several high-altitude wind power stations can be placed in the oceans, closed to the next coast or in areas with less population.
Closed to the high-altitude wind power stations, it is possible to place plants to produce hydrogen.
The hydrogen can be forwarded in ships to the coast. In the ocean, floating platforms can be installed.
By installing just one row of high-altitude wind power stations along selected coastlines (west coast Europe, east and west coast USA, east coast China, west coast Japan, west coast India, east coast Australia) at a height between 9 800 and 10 000 m it is already possible to produce 92 000 TWh per year.
Due to this fact it is possible to produce the additional electricity up to 2050 from high-altitude wind power stations.
The actual technologies of renewable energy go to their limits, with high-altitude wind power stations it is possible to produce the additional 42 000 TWh per year to reach the net zero emission goals.
Until 2035 the market share can be increasing to 20 % of the power production, with around 8 000 TWh in the different regions. Related to the different sales prices and production costs there is planned an EBT of 573 143 Mio. EUR
It is necessary to get approved areas in different countries for installing high-altitude wind power stations.
This must be done by making high-altitude wind power stations public.
To convince environmental associations, politicians, industrial associations, from the advantages of high-altitude wind power stations.
The industrial associations can be convinced by reducing the amount of CO2 payments. These payments are increasing especially in Europe.
The forecast of the amount in Europe related to the penalties until 2030 changes every year.
The amount can be zero or up to 16 200 Mio. EUR in the estimation of 2023, in former estimation the amount was up to 60 000 Mio. EUR.
In a first step the power market with a purchase commitment are the preferred markets.
These are related to the EBIT Japan, China, Germany and France.
The strategy is to get an approved area of wind parks.
Another goal is to get another unique selling point; having the only exclusive right to place high-altitude wind power stations.