indianbanksassociation 587. How Do You Pursue This Controllable Nuclear Fusion, Yingjiang? There's No Way To Catch Up!
587. How Do You Pursue This Controllable Nuclear Fusion, Yingjiang? There's No Way To Catch Up!
Q value 72!
The output energy of the stellarator is 72 times the input energy!
According to the current mainstream view, controllable nuclear fusion only makes sense when the Q value is greater than 1. However, because most of the heat energy generated by nuclear fusion cannot be used, it is estimated that only one-fifth can be converted into energy, so the Q value Must be greater than 5.
If we consider the conversion of thermal energy into electrical energy and the conversion of electrical energy into magnetic field, there will be losses. Therefore, the internationally recognized Q value of the energy balance point must be above 10.
To make nuclear fusion power generation commercially competitive, that is, the cost must be the same as traditional hydropower, thermal power, and wind power generation methods, then the Q value must reach at least 30!
Now, the stellarator can achieve a Q value of 72, which is more than twice that of B0! This is simply a data that all scientists around the world dare not even dream of.
Such a high Q value means that it already has the potential for practical power generation.
Of course, to achieve commercial power generation, a high Q value alone is useless. No matter how high you are for a moment, you can't generate electricity. Controllable nuclear fusion devices must be able to operate stably, safely and efficiently continuously.
The stellarator has been simulated by a supercomputer and can run continuously in H mode for 968,000 seconds. Improved the world record by more than 9,000 times.
But this is not the limit of the stellarator. The stellarator can simulate and run on a supercomputer for 968,000 seconds. It does not mean that it can only run for this long. But beyond the limits of simulation software and supercomputers!
According to Han Yue's exquisite and fully redundant design.
Gao Yongxiang estimates that the stellarator can continue to operate for decades without any problem.
Of course, there is still some distance from real practical power generation at this time. It needs at least several tests to verify all functions and limits and run safely for a period of time before it can be put into use. After all, this is related to nuclear reactions, so caution is very necessary.
"Although the Q value of Yingjiang's experiment also exceeded 1, they only lasted a few seconds and were of practical significance for generating electricity."
"In other words, the efficiency of our controllable nuclear fusion device did not increase from 1.5 to 72, which is a 50-fold increase. It went from 0 to 1, achieving a leap from impossible to possible!"
Gao Yongxiang continued.
Everyone looked excited.
Of course, the Q value of 72 is still far from Han Yue’s design.
This time, Gao Yongxiang and Zhao Kangning invited Han Yue over to consult on this issue.
According to Han Yue's design, the Q value should be above 200.
Now that the equipment is installed, after testing, it is found that the design specifications are quite different from those of Yue.
But this does not affect their mood.
The current data is something that Yingjiang has not been able to catch up with for decades.
The Lawrence Livermore National Laboratory (NL) conducted an experiment with a Q value of less than 2, which was spread all over the world for a month.
Principal Han Yue took us to do it casually, but before we were completely successful, the Q value was 72.
How do you pursue them?
You can't catch up at all, okay?
It can truly be said to be far ahead!
Even if it cannot reach the Q value of 200 designed by Han Yue, it is already a miracle.
so,
Everyone at the scene was extremely excited.
They have a feeling that a moment in human history is about to be born before their eyes.
But what they didn't expect was that Han Yue frowned.
"Is the Q value only 72? It's too low. According to my design, the Q value should be above 200. If it is only 72, even if the power generation is successful, there will still be a little cost, and there will be no nearly free electricity price. .”
Everyone was shocked. They didn't expect that Han Yue really wanted to pursue a Q value above 208570?
In other words, if the device consumes 1 kilowatt hour of electricity, ignites, maintains the superconducting state, and confines the plasma, then it can output 200 kilowatt hours of electricity?
They thought it was just an ideal figure. is the ultimate goal.
Unexpectedly, it was just the minimum requirement of Principal Han Yue.
The controllable nuclear fusion generator that humans have dreamed of before has a Q value of only about 30.
This may not be possible within thirty years!
The current Q value of this device is 72, which has doubled the dream of mankind in thirty years!
And this is still nearly three times short of Principal Han Yue’s minimum requirements...
Even a Q value of 72 is enough to reduce the cost of power generation to one-tenth of the current level.
But Han Yue is still too expensive. What he wants is that the cost of power generation is almost negligible and can provide nearly free energy to the Dragon Kingdom!