From the next day, Zhao Yi began to stay in the laboratory. The previous work of improving the experimental equipment was temporarily stopped. He wanted to solve the battery issue first.
Batteries play an important role in future development. Not to mention the civilian applications mentioned before, they also have extremely important application scenarios in military and aerospace.
In the military, the first thing that comes to mind is submarines. If the battery energy density is high enough and the safety is high enough, then a fully electric-powered submarine will be launched, and the concealment on the seabed will be improved to a higher level.
The second is personal weapons and equipment. If there is a high energy density battery, then electromagnetic guns will become possible, and the individual auxiliary mecha that Zhao Yi wanted to study before will also become possible.
Finally, speaking more broadly, if a breakthrough is achieved in ion thrusters and coupled with high-density batteries, the aerospace power system will be rewritten.
And if the battery is easy to use, there is no need to use clumsy steam turbines on ships, and they can be driven directly by electric energy.
In aerospace, before the ion thruster achieves a breakthrough, it can only be used as an energy supplement device for daily operations, but don't underestimate this.
You must know that the best battery currently is nuclear battery, but it is expensive, has a service life of only more than ten years, and cannot be charged using solar energy.
If these pain points are solved, we can launch a rover to Mars and basically it can continue to operate for a long time, making exploration activities of higher scientific research value.
Zhao Yi got several technical solutions for micro-magnetic field batteries in his hands. What he wanted to do was not the solution with the lowest technical content, but the highest one.
Because the suit he wants to make for himself must use this level of high-density batteries to provide energy, otherwise it will not work at all.
As for micro-magnetic field battery products with lower technical levels, verification can be done in Zeoling Space, and there is no need to go to the laboratory to verify them.
Moreover, he does not intend to handle these battery technology solutions himself, but will hand them over to different companies under his umbrella according to different levels.
Based on the energy density and stability, he classified batteries into two categories. One category is civilian-level micromagnetic field batteries, which have lower energy density, higher stability requirements, and more importantly, lower cost.
The other type is military-grade micromagnetic field batteries. The energy density must be high enough and the stability must be high. As for the cost, it does not matter if it is higher.
Zhao Yi plans to let Xinhui Energy Company set up a professional subsidiary to operate civilian-level micromagnetic field batteries, which will develop and produce various battery products.
This company is said to be a subsidiary, but its scale will still be very large in the future. You must know that no matter what product it is in the future, it will be inseparable from the support of batteries, and it will definitely not be able to reach the scale of trillions.
Why not directly establish a first-level company for an industry with such good prospects? The main reason is that it already has enough first-level companies, and there is no need to establish so many first-level companies.
Although it is a subsidiary of Xinhui Energy Company, it has a high degree of autonomy. Under normal circumstances, the head office will not interfere with the operations of the subsidiary, but only plays a supervisory role.
The advantage of this is that Zhao Yi does not need to directly manage and pay attention to these subsidiaries, which reduces his experience in this.
Subsidiaries that are relatively independent can also avoid excessive intervention from the top and avoid the emergence of big business diseases, which is of great significance to the healthy development of the entire business system.
Of course, the reason why superior companies do not interfere too much is because various supervision measures are in place. For example, independent companies are responsible for human resources, finance, and law, which avoids many things.
Coupled with the extensive use of intelligent management systems in enterprise management, a lot of data exchanges are clear, and it is very difficult to manipulate them manually.
Without these things, how could Zhao Yi allow first-tier companies to interfere less with the operations of subsidiaries? Without the right to supervise, corruption and embezzlement will definitely occur. This is for sure.
When this subsidiary is established, the battery subsidiary of Polaris Company will be merged into this enterprise, and Polaris Company will completely end the battery industry it has abandoned.
In fact, the battery industry held by Polaris Company is considered very advanced in the world, and it is among the advanced ranks in the field of global lithium battery research.
However, when the technical information in Zhao Yi's hands is released, traditional lithium battery technology will be outdated. At that time, Zhao Yi cannot decide whether to keep it in his hands or sell the technology to others.
Because he still needs to check the cost of the micromagnetic field battery mentioned in several technical documents in his hand. If the cost is similar to the current lithium battery, the lithium battery can be completely eliminated. If it is sold before being eliminated, it can still be replaced. Come with a lot of money.
If the cost is higher than lithium batteries, then lithium batteries will be used in lower-end products, and new micro-magnetic field batteries will be used in high-end products. This will form a high-end and low-end mix, and there is no need to rush to sell them.
And although lithium batteries are lagging behind in our own hands, to the outside world, lithium batteries are still an advanced technology and have strong export value.
In the past, in order to ensure the uniqueness of its products, Polaris basically did not sell its battery products to the outside world, but only installed them on its own electronic products.
Since he has enough product lines and a large enough market share, even if he does not sell battery products, his battery products still occupy the largest share of the market.
If these lithium battery products are sold to the outside world, many businesses will still buy them, because according to the usual urine, the new micro-magnetic field batteries will definitely be given priority in their own products.
The performance of micromagnetic field is at the molecular level. In the final analysis, making this kind of battery only requires making the materials for this kind of battery. As for the ancillary devices, it is much simpler.
The mecha Zhao Yi made for himself was a nano-robot mecha. It only required a space the size of a mobile phone to install. In an emergency, it would be spread all over his body as quickly as possible to protect him. .
Therefore, it is very difficult to drive such nanorobots and embed batteries in them, so he simply combined the nanorobot materials and micromagnetic field battery materials into one, using the same material to manufacture them.
In this case, there is no battery. The nanorobot itself is the battery, and it will also show the characteristics of the robot, and can also be programmed to achieve artificial intelligence control.
Starting from this, Zhao Yiben picked up the experimental equipment renovation plan that he originally planned to shelve. On the one hand, he cultivated and manufactured this special material, and on the other hand, he improved the experimental equipment.
He was busy until the end of November, and it was almost December. He finally prepared the materials he wanted in a laboratory environment, and also made these materials into nanorobots.
The nanorobot is controlled by brain waves, and the control range is only two meters away. Although it is a bit short, it is enough for use, and this is the limit of what he can achieve in the existing experimental environment.
Human brain waves themselves are very weak. It is even more difficult for nanorobots to receive signals within a range of two meters, which requires very sensitive brain wave capture capabilities.
If Zhao Yi did it alone, he might not be able to do it. He completed it with the help of Zhou Ling and worked together, which is already the highest technical level at present.
Zhao Yi held a box the size of a mobile phone in his hand, which contained nanorobots and nanomechas. After opening it, it looked like a ball of liquid inside, but it did not flow randomly.
If it were shown to the outside world, it would never be expected that this is actually a nanorobot, let alone that it can be quickly assembled into a close-fitting suit with strong combat effectiveness.
Zhao Yi directly issued a command with his brain, and saw that the nanorobot, which had been quietly staying in the box, immediately flowed out of the box like flowing liquid and climbed up along Zhao Yi's hand.
Then it began to get into Zhao Yi's clothes and spread to his whole body. In less than half a minute, his entire body was covered, and even his eyes were not exposed.
After Zhao Yi was covered, he didn't feel any discomfort at all, and was as comfortable as when he was not covered. This is because the thickness of the nano-robot suit is quite thin, and it sticks to his body and feels nothing like his skin. Both.
As for the senses, they are transmitted through special devices composed of nanorobots. For example, although his eyes were blindfolded by the nanorobots, the nanorobots automatically formed an exquisite micro device in his eyes.
Through this miniature device, Zhao Yi can see the outside without any difference from looking directly with his eyes, and there is no discomfort. If necessary, he can see all the scenery around him without even turning around.
With this layer of nanorobots in the suit, Zhao Yi's protective power has been greatly enhanced. At least bullets and knives have no effect on him.
Even rocket launchers and the like can only damage him to a certain extent by relying on impact. At present, this level of protection is enough for him.
As for flying to the sky and escaping to the earth, it is not impossible, but it requires more nanorobots to form more special devices, such as micro-propellers, water oxygen generators, etc.
The energy carried by this box of nanorobots reaches 10,000 kWh, which is enough for personal use.
We must know that an electric car traveling for 1,000 kilometers only consumes about 150 kilowatt-hours of electricity. A high-speed train traveling at a speed of 350 kilometers per hour for one hour only consumes more than 8,000 kilowatt-hours of electricity.
With this comparison, we can see how powerful the energy of these 10,000 kilowatt-hours of electricity is. If protection is not considered, it can completely support him to fly around the world.
Although this result has made Zhao Yi very satisfied, it still does not meet his final requirement, which is that a protective shield cannot be formed. If a protective shield can be formed, the defense effect will be more significant.
However, the current results are quite satisfactory and basically meet his requirements. However, he feels that the number of nanorobots the size of a mobile phone is still insufficient.
So Zhao Yi directly used this kind of nanorobot to form various clothes. In the future, there is no need to wear clothes made of cloth. The nanorobot can assemble various styles of clothes.
Not only is this more convenient, but the number of nanorobots carried at the same time is large enough. If an accident occurs in the future, it will have enough ability to deal with it.
Thinking of this, Zhao Yi took off all his clothes, and then used brain waves to direct all the nanorobots in a container on the experimental table to spread towards him, and then immediately covered his body.
It began to form underwear, then underwear, and then began to form coats and other clothing. In the end, it was exactly the same as the outfit he took off just now. From the outside, there was no difference at all.
After all this was over, something clicked in Zhao Yi's mind, and in less than 10 seconds, he began to slowly break away from the ground and begin to float in the air.
Because during this period of time, two micro-propellers have formed under his feet and provided him with upward buoyancy, and the propelling material is the air around his body.
Then something clicked in his mind. After a brief change in his hand, a pistol appeared, and he fired at the experimental steel plate. There was no loud sound of gunpowder from an ordinary gun, and almost silently, he punched a small hole in the steel plate. .
What's interesting is that after the bullets are fired, they will fly back and re-integrate into his clothes after damaging the enemy, without any visible difference.
In the following time, he was like a child who just got a toy, making the nanorobots turn into various things and conducting experiments on them respectively, playing with them for half a day.
This is the highest technical level of equipment Zhao Yi has ever produced. Although it is not as cool as a large mecha, its functions cannot be compared with it. .
But it is currently the most suitable for him, because it is flexible enough, good at disguise, and has good applicability in daily life.
Moreover, the role played by this kind of nano-robot suit in special circumstances is not comparable to that of special mechas, so he is currently quite satisfied with this masterpiece.
With the nanorobot suit, you don't have to worry about your own safety. It is enough to cope with complex situations in the future. Coupled with Zhou Ling's early warning, you can ensure that nothing goes wrong.
After playing, Zhao Yi was a little hungry, and it was time for dinner, so he suspended the idea of continuing research and left the laboratory. Since it was his own laboratory, there was no need to clean up.
On the way back to the residential area, he didn't need to move his legs the whole way. A layer of air cushion rose under his feet, and he floated all the way to the residential area, as if he was not much different from the immortals in "Journey to the West".
Zhou Jinyu did not come back for lunch at noon. He usually eats at school at noon, unless he has no classes in the afternoon and can go home directly.
After finishing a quick meal alone, Zhao Yi quickly returned to the laboratory to prepare a suit suitable for military use. It has a similar role to a mechanical skeleton and also has general military combat advantages and uses under special conditions.
Although such a suit is still at the top level under today's technological level, there is still a huge gap between it and the nanorobot suit he uses.
Ordinary battle suits are immutable and have far fewer functions. They are designed to reduce the user's physical exertion, can be more widely adapted to harsh weather and climate conditions, and at the same time increase the user's survival probability on the battlefield.
As long as these points are met, in Zhao Yi's opinion, it is a qualified product that can live up to the name of the battle suit.
Of course, it is not impossible to want more advanced products, but the price of this kind of product is destined to be more expensive and there is no possibility of widespread deployment. Not only does this not have a good effect, but it also cannot easily make a profit.
Following this idea, Zhao started researching related materials and at the same time conceived the overall design and functional requirements of the suit in his mind.
There is no need to use golden fingers for this level of research. It is done entirely based on your own knowledge, so it takes a long time.
It took two days just to research the materials that met the requirements, and then the research and design of the relevant components.
After these parts were ready, the design and assembly of the ready-made garments began, which only took half a day.
When I saw the battle suit in front of me, it was not as bulky as I imagined. On the contrary, it was quite light. Its appearance was no different from thermal underwear. This was when it was not activated.
After Zhao Yi put it on himself and started it, he walked back and forth in the laboratory. Every step or movement was supported by the strength of the suit, which could greatly save the user's physical strength. This design requires top-notch Action prediction processing technology and top intelligent technology support.
After Zhao Yi tried out the movement support function, he was very satisfied. It saved 90% of the user's physical strength in daily tasks. Especially when carrying heavy objects on the back, the strength of the battle suit's support is even greater, which is beneficial to the user's mountainous terrain. Movement and rapid battlefield response play an important role that cannot be ignored.
It also allows users to have wider adaptability to weapons and equipment, and can use large individual weapons, which has an unparalleled firepower advantage on the battlefield.
Then Zhao Yi came to the arm strength tester and punched the device vigorously. After the numbers rolled violently, they settled on 1,000 kilograms.
Although Zhao Yi has superior intelligence, his physical strength is at the level of ordinary people, so the 1,000 kilograms of arm strength is basically the result of the blessing of the uniform. If it is done by a well-trained soldier, it will definitely be higher than this number.
The suit has special enhancements to the attack movements of the user's limbs, which plays a huge role in cold weapon combat and unarmed combat.
Zhao Yi then tested the adaptability and coordination effect in terms of movement flexibility, and found that the man and the suit worked seamlessly together. With this suit, ordinary people can become super warriors in an instant.
After testing these, the last thing left is the protective test, which is also the most important indicator of this suit. Not to mention other things, it must at least have a 100% protective effect against bullets and sharp blades, so that it can Dramatically improve chances of survival.
As for the protective nature of heavy weapons such as artillery shells, they need to have the effect of greatly reducing damage, and they should also have the function of temporary wound treatment to buy time for subsequent rescue.
Zhao Yi saw Zhao Yi holding a knife and slashing at the suit in his hand. Just when he felt the blade on his skin, the hardening was completed the moment the blade came into contact with the nearby suit. Very good protective effect.
After Zhao Yi took away the knife, the originally hardened area of the suit returned to its original appearance in a short period of time without any scratches on it.
This shows that the suit has a high degree of resolution and quick response to offensive contacts, and is 100% effective in protecting against bullets and cold weapons, but its protection against damage caused by shock waves is weaker. This is why the suit cannot protect against The reason why heavy weapons such as artillery are 100% protected. (End of chapter)