Black Technology: Start with Ten Thousand Times Speed

That's right, the next step is to design the corresponding production process, adjust the production line, and start mass production.

Su Xin smiled, then patted his forehead:

By the way, I remembered. I have my own secretary now, so I won't trouble you with these trivial matters. You can go about your business. I'll ask Secretary Feng to help me arrange a patent company.

Liu Qingli was still dumbfounded on the spot.

After acquiring Wanhua Energy and entering the new energy battery industry, although she is not optimistic about what Suxin can achieve, she still spends a lot of energy to understand the industry knowledge in this area.

Therefore, she knows very well how difficult it is to develop solid-state batteries, how valuable it is, and how far-reaching its significance is.

She never thought that Su Xin could make any technological breakthroughs in solid-state batteries on her own, let alone completely develop a complete set of solid-state battery technologies that can be used in mass production.

You must know that the world's top car companies and new energy manufacturers are all developing solid-state battery technology, and have invested a lot of manpower and money in it, and spent a lot of time in intense scientific research competitions.

However, so far, none of the companies has come up with any set of really convincing solutions, and even the development route and direction are somewhat confused. Electrolyte and positive and negative electrode materials are still being explored, let alone clearly available technologies.

And Su Xin actually claimed that he already had a complete set of technologies and could mass produce them at any time?

It is equivalent to when the major car companies are still groping and learning to walk, Su Xin is ready to take a big stride. This level of technology is almost an era ahead of the major car companies.

And, it only took a week?

Such an outrageous thing, if it wasn't from Su Xin's mouth, if it wasn't for Su Xin's own example of developing Tiantian Assistant first, if she didn't know Su Xin quite well, I'm afraid her first reaction would be to suspect that Su Xin is bragging.

When she finally came to her senses, she found that Su Xin had hung up the phone at some point.

Take a deep breath.

Liu Qingli suppressed the turbulent thoughts in her heart and began to rethink the company's strategic plan.

She knew that Su Xin would not lie about this kind of thing, so the solid-state battery technology should be really mature, and the next step is to adjust the production line and prepare for mass production.

As the company's chairman, sole shareholder, and top technician, Su Xin has already cleared up the most important technical links.

Then, as the company's CEO, she must adjust the company's strategy as soon as possible based on the epoch-making technology of solid-state batteries, make all aspects of planning in advance, and cooperate with Su Xin to clear all obstacles to occupy the market as soon as possible.

Thinking of this, Liu Qingli immediately put down all the work at hand and began to re-formulate Tianqi Energy's development strategic plan.

…

the other side.

After Su Xin sorted out the technical documents, he arranged for secretary Feng Haifeng and bodyguard Xiang Lianyun to find a well-known patent agency company and rush to all over the world to register international patents urgently.

The so-called patent is equivalent to technology disclosure in exchange for legal protection.

The reason why Su Xin did not apply for a patent for Tiantian Assistant, but only registered for the record, was because Tiantian Assistant's technology was much ahead of others, and it also had its own unique ideas. No one else could research the same thing, so there was no need to disclose it. technology.

The solid-state batteries developed today, although the technology is ahead of major car companies, but the development direction is similar to them, and those companies will be able to research it in a few years. Therefore, there is no need to keep this technology secret. Applying for a patent is the key. The safest.

After sending the secretary away to get busy.

Su Xin also summoned several managers and senior engineers from Tianqi Energy Factory to discuss adjustments to the production process and production lines.

The formulation of the production process must consider the actual situation, such as the most important sulfide solid electrolyte. Suxin has indeed produced mass-producible finished products in the laboratory, but in actual mass production operations, how many sulfide solid electrolytes are there? Which preparation method is the most convenient and simple, has the lowest cost, and has the smallest loss? These all need to be considered based on the actual situation.

For various other new materials, the most appropriate preparation and processing solutions must also be considered.

These need to be discussed with front-line engineers and lower-level managers of the factory, rather than something that can be imagined by oneself.

After Su Xin convened everyone, he did not say that he had developed a solid-state battery, but asked everyone to discuss how to adjust the production line based on this sulfide material.

Upon hearing his request, several management and senior engineers attending the meeting couldn't help but look at each other.

They are all industry insiders. When they heard what Su Xin requested to produce, they naturally thought of electrolyte materials for solid-state batteries.

However, they couldn't believe that Su Xin could develop a solid-state battery that could be mass-produced just a week after taking over the factory.

Perhaps the boss is preparing to produce something else?

Several people thought so.

Although even they themselves don’t believe this idea, after all, they are a battery factory. In addition to producing battery materials, what else can they produce? It's not like changing careers, is it?

But in their view, no matter how unreliable this idea is, it is still more credible than mass-produced solid-state batteries.

The few people did not express their incomprehension and doubts, but seriously cooperated with Su Xin to think about the production process plan. Anyway, it was the boss himself who had to do this when problems occurred in the end.

One of the senior engineers said:

This kind of sulfide material is currently the most common preparation method, including melting method, high-energy ball milling method, and liquid phase method, but if it is mass-produced, the melting method is definitely the most cost-effective among them. It requires processing equipment They are not considered high-tech, the process is not complicated, and the transformation of the production line is not difficult. As long as the equipment is in place, the transformation and debugging can be completed in half a month at most, and the yield rate is not worse than the other two methods.”

Employee training is also very simple. After all, the entire production process has not changed much. It only takes two days to revise the original process instructions, and then a week of simple training will be enough.

Sulphide materials are quite toxic. It will take about half a month to plan a warehouse separately, formulate the application process separately, train special warehouse management personnel, and apply for the operation certificate.

The processing flow of this new cathode material is not much different from that of the original material. The production line does not need to be significantly modified. It only requires fine-tuning of the process.

It was a rare opportunity to appear in front of the new boss, and several others also weighed in with their opinions.

At this time, factory director Li Yongxian hesitated and said:

Boss, the cost of these adjustments to the production line is indeed not too high. There is still some funds in the factory, so it should be barely enough.

But the biggest problem is that we have only two cell production lines. If we want to adjust and modify the production line, at least one must be stopped, which will seriously affect the current production efficiency and delay our delivery schedule. If it causes breach of contract, We need to pay huge liquidated damages.”

These are the biggest costs of revamping the production line.