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Solar Fusion Technology SFT
We solve your energy problems - without subsidies, without investment on your part - quickly and cost-effectively! The solution is called solar fusion technology!
What is it? The utilisation of the two largest batteries on earth, namely air and water. These batteries are charged around the clock every day by our super fusion generator, the sun. Our solar fusion super heat pumps produce electricity from the heat. Our thermal air power plant generates 12 MW of electrical energy from 23 MW of thermal energy and requires approx. 3,000 kG of air (2,500 m³) per second, which is cooled by around 8° C.
The advantages:
1. electricity generation around the clock, 365 days a year
2. they can be installed anywhere, even in residential areas
3. they produce no CO2 and no waste
3. they require neither fossil fuels nor uranium
4. they do not require rare earths or rare metals
5. they are not environmentally hazardous and no rotating parts are visible
6. they are adjustable from 1.2 MW to 12 MW, three-phase current 400 V 50 Hz, operating temperature
< 100° C
7. they do not require new power lines because they produce electricity where it is needed Decentralised and independent
8. they do not need cooling water like nuclear power plants and they make no noise
9. they do not need extra authorisation because they have a type approval
10. you don't need to invest anything. You only pay the minimum monthly purchase of
70 % of the total output.
11. short construction time, as the systems are delivered in parts (in 12 metre containers) and assembled on site. No transport licence required.
Here is our offer 1:
1,000 SFT power plants with 12 MW each, total output 12 GW with a maximum power generation of 100 TWh (corresponding to 10 EPR nuclear power plants with 1.2 GW), fully assembled and operated by STR AG. They pay 120 million euros per month for this. This corresponds to a price of €20/MWh or €0.02/kWh at a capacity utilisation of 70%.
100 SFT power plants with 12 MW each, total output 1.2 GW with a maximum electricity generation of 10 TWh/a (corresponding to 1 EPR nuclear power plant with 1.2 GW), fully installed and operated by STR AG. You pay 12 million euros per month for this. This corresponds to a price of €20/MWh or €0.02/kWh at 70 % capacity utilisation.
10 SFT power plants with 12 MW each, total output 120 MW with a maximum electricity generation of 1 Twh/a, fully installed and operated by STR AG. They pay €1.2 million per month for this. This corresponds to a price of € 20/MWh or € 0.02/kWh at a capacity utilisation of 70 %.
1 SFT power plant with 12 MW, total output 12 MW with a maximum electricity generation of 100 Mwh/a, fully installed and operated by STR AG. You pay €120,000 per month for this. This corresponds to a price of €20/MWh or €0.02/kWh at 70 % capacity utilisation.
You have a price guarantee for 20 years.
Your advance payments:
Rental agreement for 20 years
Provision of the land (approx. 5,000 m² per plant) including the concrete foundations for the plants and the connection to the local grid.
If you want to buy the plants, take a look at offer 2:
Here is our offer 2:
1,000 SFT power plants with 12 MW each, total output 12 GW with a maximum power generation of 100 TWh ( corresponding to 10 EPR nuclear power plants with 1.2 GW), ready installed. 12 billion euros + VAT.
100 SFT power plants with 12 MW each, total output 1.2 GW with a maximum electricity generation of 10 TWh/a (corresponding to 1 EPR nuclear power plant with 1.2 GW), completed. You pay 1.2 billion euros + VAT for this.
10 SFT power plants with 12 MW each, total output 120 MW with a maximum electricity generation of 1 TWh/a, completed. You pay 120 million euros + VAT for this.
1 SFT power plant with 12 MW, total output 12 MW with a maximum electricity generation of 100 Mwh/a, fully installed. You pay12 million euros + VAT for this.
At 70 % capacity utilisation, this is around 1 ct/kWh over 20 years.
Your advance payments:
Purchase contract + maintenance contract or contract for the training of your own staff
Provision of the land (approx. 5,000 m² per plant) including the concrete foundations for the plants, as well as the connection to the local grids.