Correctly interpreting the energy balance

If an energy balance of 1:5 were to be achieved at ITER, the experiment would still have failed, because this would be unusable when converted to power plant operation.

1:5 energy balance means 10% electricity 90% heat
(Continued from report JET and ITER This would explain why even a 1:5 energy balance of ITER would be completely unsuitable for commercial operation, because the power plant could only supply 10% electricity with insane effort, the rest would be heat. 250% more waste heat than a nuclear power plant.

Example with 500 MW thermal output
With an energy balance of 1:5 and an optimistic assumption of 30% efficiency for converting heat into electricity.

350 MW waste heat
100 MW of electricity to ignite the next nuclear fusion as an internal requirement
50 MW of electricity that can be supplied

The balance sheet does not even take into account the vacuum produced after each fusion cycle. Investing almost EUR 10 billion, and by the time the politicians realize how they have been ripped off by the scientists, they will have long since retired and simply made a mistake.

Politics - political targets of PEGE
	Nonpolitical, pragmatic, on the other side of ideologies counts in our politic only one target: A long time lasting civilization able to develop further on a stable base.

Philosophy
	Long-term planning and stability have to be the guiding rules of politics. A philosophy based on the mathematic branch of games theory.

Living standard
	What is living standard? How is living standard correctly measured? Is it possible, that our living standard declines drastic, while uncorrect numbers want to make us belive it's like paradise?

Taxes tax politics
	The consequences of the tax politic for humans and environment. The politicians claim to fight for humans and the environment, but the tax politics shows the exact opposit.

Energy politic
	Decades of wrong energy politic. Instead of more living standard with less energy usage, partial the contrary was reached. A result of the wrong tax politic.

Fuel cycle in nuclear fusion reactors
	In a torus system as planned for ITER, only a small amount of deuterium and tritium is fused per combustion cycle before the resulting helium leads to the process being aborted.

Cooling - the limits of nuclear fusion
	Whether burning fossil fuels, splitting nuclei or fusing nuclei, every power plant requires cooling. The cooling requirement for nuclear fusion in particular is very high.

Electricity costs for the fusion reactor
	Cost forecast for the production of electricity from nuclear fusion. Extrapolation of known facts to a profitability calculation for fusion power plants.

JET and ITER nuclear fusion
	Key figures from the energy balance. What colorful glossy brochures to the responsible politicians conceal, but is very easy to understand.

The nuclear fusion reactor as a breeder for plutonium 239
	If electricity production in a nuclear fusion reactor is already too expensive, then there will be a tremendous desire to breed plutonium 239 with it.

Nuclear fusion - entry into the total nuclear state
	If the first nuclear fusion reactor goes into operation at a time of exploding oil prices and energy shortages, it will not be possible to stop plutonium breeding.