radicalducati Chapter 576
Chapter 576
The flight was delayed, but the plane was still flying.
Two hours later.
After various extreme load flight tests were carried out on the Dajiang Yu 3 drone.
Finally, under overload operation, the motor components of the drone were burned to smoke and scrapped.
The power of this nuclear diamond battery was finally consumed by 1%.
And during the high-load flight for several hours, the battery showed no signs of overload and heating.
It seems that this low-power motor is far from being able to bring out the true performance of the nuclear diamond battery.
It’s like using a 4090 graphics card to play a poker solitaire game.
If the graphics card cooling fan turns, it must be a fake.
The same is true for the nuclear diamond battery when it is placed on the drone.
…
After watching the motor explode, the battery still had 99% of its power left.
Han Sanqiu and the researchers were shocked and excited at the same time!
Because since the mid-to-late 19th century, batteries have been widely used.
For more than a hundred years, battery technology has been stagnant.
And today.
The advent of nuclear diamond batteries.
It marks that mankind has finally ushered in a huge breakthrough in energy storage technology!
In the near future, this nuclear diamond battery technology will greatly promote the development of many scientific research fields.
Use scientific and technological progress to improve the quality of human life.
At the same time, it will also help energy conservation and emission reduction, and promote the green economy of Blue Star.
Alleviate the increasingly severe global warming problem.
Of course…
In the eyes of Han Sanqiu, the director of the Central Theater Research Institute.
The most important thing at the moment is to use this technology to take Dragon Country’s national defense to a higher level!
All military equipment related to batteries in Dragon Country will usher in a comprehensive upgrade!
At the same time, many new military equipment can be extended on this basis.
Thinking of this.
Han Sanqiu’s hands trembled, and he stroked the nuclear diamond battery with excitement and said:
“Such a huge storage capacity, and stable and efficient discharge capacity.”
“Even if there is a risk of explosion, it is worth vigorously developing and using!”
The fat researcher Wang Dalei also rubbed his hands excitedly and said: “Such a small battery can actually contain 50 degrees of electricity!”
“Even if it explodes, I will praise it for its loud explosion!”
The conversation between the two made Su Mo next to him speechless.
“Mr. Han, theoretically speaking.”
“The stability of nuclear diamond batteries far exceeds that of traditional lithium iron phosphate and ternary lithium batteries.”
“As for the actual effect, let’s go to the laboratory to test it.”
Twenty minutes later…
In the clean and bright, fully enclosed laboratory workshop.
Several researchers wearing protective clothing placed more than a dozen batteries on the workbench with a concerned look.
Because they were worried that the nuclear diamond battery might have the risk of nuclear leakage and explosion in the next test.
For safety reasons, Han Sanqiu strongly asked Su Mo to stand outside the explosion-proof window and watch the experiment through the tempered glass.
Although Su Mo has repeatedly stated that there is no possibility of nuclear radiation in the nuclear diamond battery.
But for Han Sanqiu, even if there is only a one in a million probability of danger, he will never let Su Mo take risks.
For such things, Su Mo will naturally not be stubborn.
He will not joke about his own safety issues.
After all.
The raw materials used in nuclear diamond batteries are extracted from nuclear waste.
If the nuclear elements are not cleaned up during the refining process and still have nuclear radiation, it would be too dangerous!
Even if the probability is only 0.0000001%, it does not mean that it is impossible!
Of course, this does not mean that Su Mo dare not take risks and joke about the safety of the lives of scientific researchers.
Next, when it comes to the more dangerous experimental links, machines must be used for remote operation.
Just like that…
Su Mo and Han Sanqiu sat in front of the chair with serious faces.
They watched the experiment carefully through the thick tempered explosion-proof glass.
The first item currently being carried out is the short-circuit test of the battery.
When the battery short-circuits, a lot of heat will be generated.
It is very likely to cause a sudden increase in the internal pressure of the battery, causing an explosion or fire in an instant.
So.
Battery short-circuit test is one of the important links in the research and development, production and use of batteries.
It helps to discover potential safety hazards and ensure that the battery is in real
In the use scenario, even if an accidental short circuit occurs, it will not pose a major safety threat.
Following several researchers, six 12V lithium battery packs were connected together with 3.5mm thick copper sheets to make a 72V battery for electric vehicles.
Then a 2.8mm diameter iron wire was placed on the positive and negative poles of the battery pack.
“Bang!!”
With a burst of sparks.
In less than a second, the iron wire was instantly burned red by the current and melted!
The next test was a 40mm threaded steel wire.
After being placed on the positive and negative poles, another burst of sparks flew.
In just five seconds, the threaded steel wire was burned red by the current, as if it had just been fished out of a steelmaking furnace.
After several short-circuit experiments, the temperature of this 72V lithium battery pack began to rise sharply.
This caused serious problems such as boiling of the internal electrolyte, deformation of the plates, and melting of the diaphragm.
It is obvious to the naked eye that the battery shell has been seriously bulged, and the shell may rupture and leak at any time!
For this result.
Su Mo, Han Sanqiu and all the researchers were not surprised at all.
Whether it is the lead-acid battery used in electric vehicles, the ternary lithium battery used in new energy vehicles, or the lithium iron phosphate battery.
When the battery is short-circuited by a huge current impact, the intense heat and pressure are instantly accumulated and cannot be released.
If it can not explode and catch fire, it is already a qualified product.
After a round of rigorous short-circuit tests.
Some batteries will expand rapidly, and some batteries will explode and catch fire on the spot!
But without exception, after these ordinary traditional batteries are short-circuited, all the internal components have been irreversibly damaged.
After losing the power storage function, it is naturally impossible to charge it again.
And the highlight of the next test…
is this nuclear diamond battery!
The researchers in the experiment did not dare to wear insulation as they did before testing traditional batteries.
Instead, they fixed the battery on the automatic device, left the laboratory, and closed the heavy hatch.
Because this nuclear diamond battery with 50 degrees of electricity is not as big as the palm.
But once it explodes in a short circuit, its power is definitely no less than the same volume of TNT high explosives!
After preparation.
Under the nervous and expectant eyes of everyone.
Through the explosion-proof glass, the fat man Wang Dalei operated the mechanical arm.
A 40mm diameter rebar was firmly placed on the positive and negative poles of this nuclear diamond battery…