this narration is wrong

Chapter 161 Solid State Lithium Battery Technology

"Whoo~"

After the plot of Omnic Crisis Chapter 1 ended, Guo Yuanchang let out a sigh of relief.

This game is somewhat similar to the previously popular Sekiro. It seems to be calm everywhere, but it is actually killing every step of the way.

After the protagonist investigates and accidentally gets involved in an accident, it’s like entering a fatal situation. Pets on the street that look harmless to humans and animals may be stimulated by some mysterious force to rush towards the protagonist, driverless cars will also rush towards the protagonist, and even If you walk well, a broken wire will fall to the protagonist's feet and electrocute him to death.

It took Guo Yuan 2 hours to clear the Chapter 1 plot, and he died 26 times in the middle, which is a bit outrageous.

But after many deaths, Guo Yuan discovered the pattern, he really didn't die casually.

Every time he's had an accident, there's always something non-human manipulating there.

The Omnic Crisis starts here.

Guo Yuan didn't continue to play Chapter 2, and he had basically figured out the quality of the game after the trial of Chapter 1 was over.

Guo Yuan has read the entire script, and with the third version of Starry Sky Engine, the quality will not decline. Omnic Crisis will definitely become China's first 3A masterpiece.

The next day, Guo Yuan came to the company. As soon as he entered the company's door, Guo Yuan heard the employees discussing the omnic crisis.

So far it sounds like everyone is giving Omnic Crisis a pretty high rating.

Guo Yuan nodded in satisfaction.

"Boss, Sony sent someone from the island country to our company yesterday." Guo Yuan just sat down and Liu Xiaoyin walked over and said.

"Sony? What are they looking for us for?"

"They want to proxy and listen to everything in the island nation."

"That's it! How much is the quotation they gave?" Guo Yuan asked.

"They gave two agency plans, one is to directly buy out 2000 million yuan per year, and the other is to share, all the profits from business operations, advertising, VIP members, etc. add up to 55."

"55? Are they dreaming?"

"The boss must be sitting on the ground and raising the price when he comes to negotiate, and he must be waiting for us to bargain over there!"

"Who is in charge of this matter now?"

"Boss Tong is chatting!" Liu Xiaoyin replied.

"Then tell him, the bottom line on our side is 73, and there is no need to talk about more."

"I see."

"By the way, there is one more thing. Tell Mr. Wang, don't engage in tax evasion and tax evasion, and pay all the taxes that should be paid exactly."

After Liu Xiaoyin went out, Guo Yuan turned on his phone and woke up 01: "01, how did you deal with the secret filming yesterday?"

"01 obtained the administrator privileges of Xiaohongshu, permanently banned the user, and deleted related posts. All the photos that have been circulated have also been deleted, and the phone that took pictures was also formatted without leaving any traces."

"That's good. After 01, we will deal with similar things in this way."

"Okay, Mr. Guo Yuan."

In the following week, I talked with Qi Feng and Sony many times. In the end, Sony acted as the agent of the island country to listen to everything, and the income was distributed 73%.

Starting with Sony, many countries in Asia have sent people to negotiate related business.

Of course, not all countries choose to share in the future technology, because the payment ratio in some countries is too low, such as Nanbang, and Baixiangguo. Countries like this directly adopt the buyout system.

After signing the contract, the buyout money arrived in the account one after another, and there were already nearly 3 million Huaxia coins in the Future Technology account.

Guo Yuan felt that it was a waste to put so much money here, but he didn't know what to do.

So Guo Yuan deliberately muttered to himself: "It feels like a waste to put so much money here. Is there anything worth investing in?"

[If you have artificial intelligence, the most suitable investment at this stage is Internet-related industries, followed by industries that require a lot of calculations. Using calculations instead of experiments in reality can save a lot of costs. 】

"Then what can achieve technological breakthroughs through a large number of calculations instead of real experiments?"

[Currently, the energy-related industries are most likely to achieve corresponding technological breakthroughs through calculations. The methods of transportation, storage and release of energy all require a large amount of experimental data to support them. The calculation of 01 can replace these experimental data, so that in a relatively short period of time Make a breakthrough. 】

"Energy-related industries? I can't afford to invest in this! Is battery an energy-related industry?"

[Battery is the storage and release of energy and belongs to energy-related industries. 】

"Then can I make a graphene battery?"

[Graphene batteries are unlikely to appear in the next 50 years. 】

"Why? Isn't this concept very popular? And isn't there already a graphene battery?" Guo Yuan asked.

[The "graphene battery" currently proclaimed on the market is actually an inaccurate concept, which is hyped by merchants.

At present, the so-called graphene battery is to add a little graphene to the material to improve some performance of lithium battery. This type of battery should be called graphene-based lithium-ion battery.

Graphene itself has high specific surface area and other properties, which are incompatible with the current technical system of the lithium-ion battery industry. It is almost impossible to manufacture a real graphene battery within 50 years. 】

After listening to the narration, Guo Yuan frowned. Is the graphene battery just hype?

"Then what type of battery technology is likely to achieve a breakthrough in a short period of time?"

[It is recommended to develop in the direction of solid-state lithium batteries. 】

Guo Yuan also wanted to know what a solid-state lithium battery is from the narration.

But this time the narrator did not answer.

Guo Yuan has now basically figured out some characteristics of the narration.

For example, when he asks a question, or someone else asks him, there is a high probability that the narrator will answer.

In terms of black technology, the narration will only respond to technologies that humans do not have at this stage, and the narration will not respond to technologies that humans have or information that can be found.

That is, technologies related to solid-state lithium batteries have now appeared, at least some conceptual things have appeared.

So Guo Yuan turned to wake up 01: "01, help me find information about solid-state lithium batteries."

"After the search, the solid-state lithium battery is currently being researched by most developed countries and leading developing countries in the world.

It's just that the progress is relatively slow. At present, no country has successfully researched solid-state lithium battery technology, but many countries have successfully researched semi-solid lithium battery technology.

At present, there are semi-solid lithium batteries for military use in several countries. According to different technologies, the power of this battery is 1.8 to 3 times that of a battery with the same volume.

But the cost of such batteries is too high to mass-produce. "

"What is the difference between solid-state lithium batteries and semi-solid lithium batteries? Is there a big difference between them?" Guo Yuan asked.

"The difference is very big. The semi-solid lithium battery is actually a lithium battery with a liquid electrolyte, but some of the electrolyte has been replaced with a solid lithium electrolyte with a higher energy density.

How much power the semi-solid lithium battery has compared with ordinary lithium batteries on the market is actually related to how much high-energy-density solid-state lithium electrolyte is inside.

The solid-state lithium battery completely adopts a solid-state lithium electrolyte with a higher energy density.

Solid-state batteries can store up to 80 percent more energy than lithium-ion batteries of the same weight and volume.

The relatively stable characteristics also allow the battery to use a higher voltage to replenish power, and the charging time is also shortened.

The electrolyte in solid-state lithium batteries also has high mechanical strength and is easy to package, which means that solid-state lithium batteries are safer. "

After listening to 01, Guo Yuan has a basic concept of solid-state lithium batteries.

"So that's the case, then 01, where is the technology of solid-state lithium batteries stuck at this stage?" Guo Yuan asked.

"At this stage, human technology is stuck on how to convert high-energy-density solid-state lithium electrolytes into energy without liquid electrolytes."

"Can you break through this technical bottleneck through a lot of calculations?" Guo Yuan asked.

"In theory, 01 can conduct simulation experiments through calculations, eliminate wrong options, and shorten the development time of solid-state lithium battery technology.

However, the results cannot be obtained entirely by calculation. If Mr. Guo Yuan wants to obtain related technologies, he needs a related laboratory and related scientific researchers to cooperate with 01's experiments. "

"How long will it take for the results?"

"Semi-solid lithium battery technology has a lot of experimental data, and even finished products have been put into military use.

01 After obtaining this part of the data, we are 100% sure that through a large number of calculations and practical experiments, we will achieve a breakthrough in semi-solid lithium battery technology within three months, reduce a lot of costs, and can be directly applied to the civilian field. "

"What about the solid-state lithium battery?" Guo Yuan asked.

"The solid-state lithium battery will take about two years to complete according to calculations."

"Two years? Why is it taking so long?"

"Because the essence of a solid-state lithium battery is to use a thin-layer solid electrolyte to carry lithium ions between the electrodes, this technology currently has relatively little experimental data, and 01 needs to be checked from scratch."

"It turns out that this is the case. How big is the power gap between the semi-solid lithium battery and these batteries at this stage?"

"It's very big. Take Mr. Guo Yuan's mobile phone as an example. The mobile phone you are using now is Mi 13. If you have been in high-intensity use, such as playing games and watching short videos, the battery life is about It is 4 hours.

If it is replaced with a semi-solid lithium battery, even if it is the worst semi-solid lithium battery at this stage, the battery life will increase to 7.2 hours. If it is the most mature semi-solid lithium battery, the battery life can reach 11.7 hours. "

"Nearly tripled?"

"Yes, according to 01's analysis, if the relevant technology achieves a breakthrough and is used in the civilian field, it is conservatively estimated that the battery life can be increased by 2.5 times. Theoretically, the battery life should be up to about 4 times."

After listening to 01's analysis, Guo Yuan took a deep breath. It is conservatively estimated that the battery life can be increased by 2.5 times?This is too fierce!

　The future updates will be based on two chapters of 3000 words each. The main reason is that I have a headache thinking about the title. Two chapters can save one chapter title.

　　
　
(End of this chapter)