Carry it with you through the plug-in

Chapter 57 Perfect Energy
Cyberworld.

It was raining heavily here, and crackling acid rain fell on the ground, splashing a layer of white mist.

Although the time in this world is synchronized with that of the main world, the weather is different.

The sun is shining brightly in the main world, but it is raining here. The highest temperature in the main world reaches 40 degrees Celsius during the day, but it still seems to be spring and autumn here.

At this time, in the building, five robots are performing their duties, some are assembling and welding the parts on the signal cloud tower, some are doing alchemy, and some are searching for supplies in the city.

And Wall-E is repairing the light energy recovery equipment again.

"Has the e-reader been repaired?"

"Yes, master, it has been repaired, and after testing, it can be used normally!"

"Yeah, that's great. Come on, take me there to see..."

Lu Xin followed Wall-E to the side of the electronic reader. This is a black rectangular robot about 1.5 meters high.

At this time, the breathing light of the e-reader was flickering, and it was obviously in the power-on state.

Wally walked over and said, "Hi Lisa, are you there?"

"Yes, I'm here!"

The reader robot responded, and then shot a faint blue light above its head, and a virtual holographic beauty appeared in front of Lu Xin's eyes.

This is the first time that Lu Xin has seen a "person" in this world. Although he knows it is fake, he is very realistic, and he can observe different images in 360-degree directions.

This is the real virtual imaging, and the one on the main world is called projection at most.

The virtual robot, Lisa, is a mixed race, with blond hair and blue eyes, but her appearance is more East Asian. She is wearing a blue professional attire from the library, with a gentle smile on her face, as if a real person is standing there.

Lisa smiled and said, "Hi sir, may I help you?"

Lu Xin was shocked by the technology of Cyberworld, and said, "I want a copy of civilian battery technology."

Lisa said: "Okay! Civilian battery technology is divided into five levels, A, B, C, D, and E. The lowest level, E, requires 10000 federal currency. Would you like to use your face, card, or cash?"

Lu Xin: "Didn't you see that the world has disappeared, why do you need money?"

Lisa: "I'm sorry sir, this is the company's policy. Anyone who buys technology needs to pay."

Lu Xin knew that it was useless to reason with these robots, so he just said casually: "Pay cash, how can I give it to you?"

The smart core of the e-reader cannot be replaced, so I can only give money.

But it doesn't matter, there are not many other things, there are a lot of broken plastic pieces in this world.

"Just put it in the cash box, which has an automatic currency verification function."

"Okay, you wait..."

Lu Xin asked the robot to go to the Todd Bank next door and fetch a bundle of plastic banknotes.

It never occurred to him that these waste plastic pieces, which are too hard to wipe buttocks, will be useful one day.

He took out a plastic sheet with a face value of 10000 yuan, and threw the money into it from the coin slot opened above its head.

After the coin slot was closed, Lisa asked: "This document has a total of 15780 words, how can I give it to you? There are three ways, electronic transmission, electronic U disk, and traditional paper. Which one do you choose?" Ways? The first is free, the second requires 50 Federal currency, and the third is 100 Federal currency.”

Lu Xin: "... Let's have a copy of each. In addition, for the four levels of ABCD, get a copy of each."

Plastic pieces don't matter, anyway, he has a lot of them, but this kind of design that tries to squeeze the last penny out of people's pockets really makes him very uncomfortable.

No wonder the Cyberworld will be a high-tech and low-living society. Under the deliberate design of capital, there will only be more and more poor people.

What Lu Xin didn't expect was that the price of this battery would increase tenfold with the improvement of the battery technology.

E-class 10000 yuan.

Class D costs 10 yuan, which is a full 10 times increase.

C-level 100 million yuan.

Class B 1000 million yuan.

As for Grade A, it needs [-] million...

Of course, money doesn't matter to Lu Xin. To him, the most worthless things in this world are probably those broken pieces of plastic.

All battery technologies come in three copies.

Wally kept stuffing money into the coin slot of the virtual robot.

After throwing all the stacks of tens of thousands of face value money in his hand, Wali then opened the cash withdrawal slot at the back of the electronic reader, took out the money that had been put in before, and put it in again from the coin slot...

The core components cannot be replaced, but the cash drawer is not closed.

A stack of 100 million, 110, a total of more than 110 stacks.

Wally was stuck with the BUG like this, and it took more than ten minutes to plug all the money.

And Lu Xin also successfully obtained all the civilian battery technologies.

After Wall-E's explanation, he also has a clear understanding of the battery technology in this world.

Each grade of battery has a different storage battery capacity, and uses different technologies and materials.

1000 degrees is a grade, 10000 degrees is a grade, and 10 degrees is another grade.

The latter are 50 kWh and 100 million kWh respectively.

Of course, according to Lu Xin's classification criteria, there are actually only two levels.

10 and below 10 kWh is a level, and batteries above 10 kWh are a level.

Because the battery below 10 degrees uses a conventional compressed solid-state battery.

This technology is already very powerful for the earth.

According to the standard battery life, 1 kilowatt-hour of electricity is calculated at 8 kilometers, and 10 kilowatt-hours of electricity can theoretically travel 80 kilometers.

Even if it is folded in half, there are 40 kilometers, which is enough to drive the car to scrap.

Of course, the new energy vehicles in this world all have [True Smart Driving] technology, and the power consumption is far higher than that of Bluestar, not even an order of magnitude.

According to Wall-E, 10 kWh is enough to drive about 10000 kilometers. Calculated, one kilometer is equivalent to 10 kWh of electricity...

However, this kind of "ordinary battery" is nothing special, and a battery with a power of more than 10 kWh is awesome.

The reason why these batteries can store such a huge amount of electricity is that they use helium 3, a perfect nuclear fusion fuel.

Regarding helium 3, not many people know about it in Blue Star. It is a colorless and odorless helium isotope gas, and it is recognized as a nuclear fusion energy fuel that will be widely used in the future.

It is very scarce on Earth, but abundant on the Moon.

Because helium-3 can undergo nuclear fusion reaction with isotopes of hydrogen, but unlike general nuclear fusion reactions, helium-3 does not produce neutrons in the fusion process, so the radioactivity is small, and the fusion reaction process is easy to control, which is environmentally friendly and safe.

If this raw material is used as the basis, controllable nuclear fusion technology will soon be mastered, and efficient, safe, cheap, clean and pollution-free power generation will be realized.

As for its energy, let’s put it this way, the main world of Huaxia consumes nearly 50 billion tons of standard coal for power generation every year. However, if helium-3 fusion energy is used, only 20 tons is enough. What is the concept?
Even for the annual power generation of Blue Star around the world, 100 tons of helium 3 is enough.

Because of this, helium 3 is called "perfect energy" by scientists.

……

These two grades of batteries are nothing. According to the information obtained by Wall-E, there are S grade batteries above A grade batteries.

Or it should be called a high-density energy block.

Although the high-density energy block is also developed on the basis of helium 3, its performance is superior to conventional energy blocks. For example, the high-density energy block of the military robot "Sonny" adopts this technology.

It's a pity that this kind of military core technology is naturally not stored in the electronic reader of ordinary library management. It needs to go to the military bases of "Krove" or "Wilmott", two multinational groups that caused the destruction of the world. can be found here.

But Lu Xin doesn't care anymore, as far as the battery technology he has mastered is enough for him to use.

However, when Lu Xin was happy, Wally told him a good news and a bad news.

"Let's start with the bad news."

"The bad news is that according to the records in the electronic reader, helium 3 is also very rare in this world, and needs to be mined on the near-earth planet N-1078."

Lu Xin was still thinking just now, when the time is ripe, take the technology and helium 3 to Blue Star. Unexpectedly, the idea will come to naught in the blink of an eye. With only technology but no materials, it will become a skillful woman who can't cook without rice. ?

"That planet N-1078, how far is it from here?"

"47 kilometers."

"Fuck, it's farther than the moon."

However, considering the technological level of the Cyberworld, Lu Xin felt that this distance was nothing, but the world is now in a state of shutdown, and it is impossible to restore it to the previous state in a short time.

"What about the good news?"

"The good news is that batteries containing helium-3 can be recycled."

Lu Xin, who was a little disappointed just now, suddenly brightened up when he heard the words, "You mean, helium 3 can be extracted from those waste batteries?"

"Yes master! According to the usage of the battery, a certain percentage of helium 3 can be extracted."

Lu Xin was overjoyed upon hearing this.

There are damaged robots everywhere on the street, and those old batteries, which he thought were useless at first, did not expect to be able to be refined again.

Then he asked Wally to continue to purchase high-tech technologies such as medical treatment, biology, chips, and precision electronics...

(End of this chapter)