Carry it with you through the plug-in

Chapter 123 Production of Compressed Batteries Begins

Basically every chapter has been reviewed, and the previous chapter didn't even have the title of the book.

Originally there were still a few chapters, but the changes were completely different, so this plot was skipped directly.

……

With the commissioning of Huaxia's 5nm lithography machine, the undercurrent of Guo Jia in the West is surging.

However, there was no need for Lu Xin to worry about these matters, someone would naturally deal with them.

He is now thinking about which technology to transfer to the main world?

Originally, he planned to continue to advance in the field of robotics, but robots involve too many areas, from materials to equipment, to spare parts and control systems, etc., which need to be comprehensively improved.

So for the robot, he decided to take a break for the time being.

After sorting out the various technologies of the Cyberworld, and after comprehensive consideration, he decided to engage in—batteries!
That's right, compressed battery technology - also known as solid-state batteries.

Bluestar's battery technology has actually been improving all the time, but the battery development technology lags far behind the update and iteration speed of electronic equipment, giving us the illusion that battery technology is backward.

According to research by scientists, the number of transistors in an integrated circuit doubles every two years, and the capacity of batteries cannot be doubled in two years.

The backwardness of battery technology is not actually a financial problem, but rather a physical limitation. It is necessary to find new materials to replace the current lithium batteries. However, finding a new material is easy to say, but it often requires countless manpower, material and financial resources.

The compressed battery technology of Cyberworld is an innovation based on the existing lithium battery technology, but the two are completely different things.

The energy ratio of this compressed high-density lithium battery can reach up to 100 times that of the Bluestar ternary lithium battery.

What is this concept?
For example, a tram with a Bluestar ternary lithium battery can run 20 kilometers on 100 kilowatt-hours if the maximum power consumption is 500 kilowatt-hours per [-] kilometers.

But in fact, the 500 kilometers depends on the load and weather conditions, as well as the natural attenuation of the battery. In fact, it is impossible to get 500 kilometers.

The compressed high-density battery can be charged at 20 degrees at one time. If calculated based on the power consumption of 5 degrees per [-] kilometers, it can run to [-] kilometers.

Calculated by using a family car for 10000 kilometers a year, and running for five years with one electric run...

The key point is that this kind of compressed high-density battery surpasses Bluestar’s ternary lithium battery in terms of low temperature resistance, anti-attenuation, and safety. It can be used normally in minus 50-degree weather, and the 10-year attenuation rate is less than 5 %, and because the battery involves the principle that the compressed battery will never deflagrate.

It can be said that even if the car is scrapped, the battery can continue to be used. The real thing is that the car is passed to three generations, and the battery is still there.

Of course, the above is just an idea. In fact, it is impossible for him to launch such a high-density battery all at once.

Lu Xin's goal is a compressed battery with 1000 kilowatt-hours of electricity!
Fully charged, running 5000 kilometers at a time is already a remarkable statistic for ordinary people.

Of course, this battery technology also has some small "flaws", that is, the charging problem, and the family cannot charge it because it needs to install high-voltage electricity, so it can only be charged at a special charging station.

The reason why it is a small flaw is that it can run 5000 kilometers at a time with a full charge. What kind of charging piles do you need to install at home?
When the battery is almost out, drive directly to the charging station to recharge.

After the decision was made, Lu Xin directly started the production process of the compressed battery.

This time he didn't even apply for a patent.

Because this kind of compressed battery needs a special synthetic material, and this material can only be produced by Cyberworld, Lu Xin is not worried at all about the technology being copied by Europe, America, Japan and South Korea.

As long as you have the ability to crack it through reverse engineering, you can plagiarize it!
……

While Lu Xin was busy developing and producing compressed batteries, the sales of wireless charging equipment also started. However, unlike the expected big sales, the sales were not satisfactory.

After market analysis, the main reason is the price. A set of long-distance laser charging equipment with two adapters costs 22000 yuan.

Many netizens have said that the power bank is very good.

Lu Xin is not disappointed about this, and the application scenarios of wireless charging technology are not limited to charging mobile phones and computers, such as new energy vehicles and industrial machines, which can also be charged by long-distance wireless charging.

Coincidentally, the compressed battery was launched next, so after some internal discussions, the long-distance laser charging technology was transferred to the industrial field.

As for home use, there will be no upgrades, and after the more than 1000 devices in stock are sold out, they will no longer be produced.

Unexpectedly, after Tianlan Technology issued an announcement, the long-distance laser charging equipment was snapped up.

More than 1000 long-distance laser charging equipment were sold out in less than two hours.

At the same time, on a second-hand website, the price of long-distance laser charging equipment was instantly fired up to 30000 yuan a piece.

And after the buyer paid, he was refunded again. Two hours later, the seller re-listed the auction again, and the price was marked up to 40000 yuan.

After Lu Xin heard the news, he couldn't help laughing.

"Squeaky-"

On the weeping willow, Cicada was chirping.

After entering August, the weather is getting hotter and hotter, and it is already over 30 degrees in the morning.

They have moved from the factory in Tangwan Village to Yunhai Manor, which was the former Golden Harbor Villa.

The entire Yunhai Manor covers an area of ​​11200 square meters. At this time, the trees are shady, the grass is lush, and the birds are singing and the flowers are fragrant.

At this time, Lu Xin was lying on a recliner in the back garden, smoking a cigarette and reading a book, while Wei Jin was watching Wei Erye playing chess with an old man under the shade of a tree not far away.

As for Mr. Lu Zhenzhang, Mr. Lu has a special liking for ballroom dancing for the elderly. He goes out to practice martial arts early in the morning every day. Recently, he has to participate in some ballroom dancing competition for the elderly, and he is currently rehearsing dances.

At this moment, Cousin Swen drove over in a BYD Song plus new energy vehicle. Apart from his pretty big cousin Tong Xin, two other people got off the car, a man and a woman.

The man was in his forties and looked like a leader, while the woman in her thirties with a briefcase was probably his secretary or something.

Soon a group of people walked through the flowery garden in front, along the bank of the pond with weeping willows fluttering.

"Hi boss!"

In front of outsiders, Cousin Sven paid great attention and called out respectfully.

As for Tong Xin who was following him, he waved to him, and then ran to find Wei Jin.

Cousin Sven immediately introduced: "Boss, let me introduce you. This is Luo Yeluo, the secretary of the China Energy Association. He came here to visit you."

Lu Xin sat up, stretched out his hand and said, "Hello, Officer Luo, sit down!"

Lu Xin naturally knew about the China Energy Association.

Although it is a semi-official organization, this association is different from ordinary associations. There are many business leaders in it, including some academicians of the Academy of Engineering and the Academy of Sciences, who hold important positions in it.

There are currently more than 1000 members, all of whom are leaders in the domestic energy field, covering coal, electricity, oil and gas, nuclear energy, photovoltaics, shale, hydrogen energy, biomass energy, energy conservation and environmental protection, energy equipment and other new energy sources, etc.

Of course, when Luo Ye came to look for him today, it was definitely not as simple as simply wanting to invite him to join the Energy Association.

really.

After some pleasantries, Luo Ye said with a smile: "I heard that Tianlan Technology is currently researching compressed solid-state batteries. Many academicians in our association are very curious about this technology. I would like to invite Mr. Lu to explain it. convenient?"

Lu Xin thought about it for a while, then nodded readily, "Okay, no problem!"

Compressed batteries don't just need to be produced, they must be accepted by the public.

At the very least, insiders in the Huaxia industry must reach a consensus, and everyone will eat meat and drink soup together.

Otherwise, the technical equipment patents are all in the hands of Tianlan Technology. Why should others abandon the current ternary lithium battery industry chain and support your new battery technology instead?
Japan benzene is a ready-made bloody example.

Bet the fortune of the country on hydrogen fuel.

Since the early 80s, hydrogen fuel technology has been vigorously developed. In 08, the fuel cell vehicle plan was launched. In 2013, the "Japanese Benzene Revival Strategy" was launched, and the development of hydrogen energy was made a national policy.

Through a number of follow-up policies, including the "Energy Basic Plan" and "Development Roadmap", through a three-step process, by the end of 2030, the circulation of commercial hydrogen will be fully expanded, and hydrogen energy vehicles will be popularized by 2050.

There is no way, the book looks around the small island, heavy metals, coal, and natural gas are not barren, but there is a lot of sea water, come on, let’s electrolyze water to produce hydrogen.

Moreover, this book has an unusual obsession with nuclear energy. It was originally planned that after nuclear power generation meets daily needs, the excess electricity will be used to produce hydrogen, which is a perfect solution to the energy problem that is stuck.

On the other hand, Benzi started research on hydrogen energy very early and accumulated a number of leading technology patents. It wants to rely on its own nuclear energy advantages to produce hydrogen, and then use technological advantages to dominate the global new energy vehicle market and harvest the world.

It's a pity that the wishful thinking of the book was crackling, but two things happened that the book didn't expect.

The first is that on March 2011, 3, Benzi was hit by an earthquake with a magnitude of 11 on the Richter scale, followed by a tsunami, and a nuclear leak occurred at the FD of the Benzi Daiichi Nuclear Power Plant.

The FD nuclear accident was rated as a level 7 catastrophic accident by the Bureau of Nuclear Safety and Security, the same level as the Chernobyl nuclear accident.

After the FD nuclear leak incident, Benzi shut down almost all nuclear power plants. This leak also brought the nuclear energy resource development plan of Benzi to a standstill. It is not an exaggeration to say that the FD incident can be called a turning point in the operation of the country.

The second thing is the rapid development of electric vehicles around the world, especially the explosive development of electric vehicles in China, Ugland and Europe, which made this book unexpected.

Originally, according to the strategic concept of hydrogen energy released by ZF, fuel cells and hydrogen fuel vehicles will be widely popularized in the whole territory of Benzi in 2050.

As a result, Tesla rose more than 30 years earlier, followed by the vigorous development of China's electric vehicle industry chain...

At this time, the book is completely stupid, the world is not playing according to the script of the book.

In 2019, when electric vehicles are about to dominate the world, Toyota hastily announced the opening of patents for hydrogen fuel technology.

Unfortunately, it was too late, and the book lost the bet on the national fortune again.

(End of this chapter)