Li Hao came to the sixth floor, which is where the scientific research team conducts scientific research. The equipment is all newly purchased.

There are only some commonly used research equipment, and if you want to do some special research, you can only go to the special research institute to borrow equipment.

After all, if special equipment is really used, such as super magnetic field equipment, proton accelerators, synchrotron radiation light, etc., it will take the country to build it for several years.

It's an investment in basic science, and companies like theirs certainly don't make that kind of investment.

He went to the scientific research project team of iron-graphene batteries, which he was most concerned about. They are conducting research on the industrial process of iron-graphene batteries.

Professor Pan Guofeng has transferred all the information of iron-graphene batteries, and the scientific research project team has produced iron-graphene batteries a few days ago.

Li Hao believes that his company will soon break through the bottleneck of industrial production of iron-graphene batteries. Because he left a hand for Professor Pan's information.

A critical step is hidden that makes the shape of the crystals inside the irongraphene battery uncontrollable. This is also the reason why the iron-graphene battery sample handed over to him by Professor Pan Guofeng is strange.

Li Hao walked to the door, he knocked lightly on the door of the laboratory a few times, and then pushed the door to enter.

Found next to a row of pressurecooker-like equipment. Standing stood six scientific researchers. The leader is Bi Ye, the director of the electromagnetic field who is about 40 years old and has the temperament of a scholar.

Next to him was Yao Jiang, the head of the battery project team, a 26-7-year-old young man with a Ph.D. led by Professor Pan Guofeng. Just was recruited into the company a few days ago.

In Pan Guofeng's scientific research team, he has participated in the research of various projects of iron and graphene batteries.

Seeing Li Hao's arrival, Bi Ye walked up to him and said, "Welcome to Mr. Li to visit, we are now conducting experiments on the industrial production of iron-graphene batteries."

I've heard hundreds of experiments before that haven't solved the problem of crystal arrangement. After Mr. Li's reminder, I calculated carefully. A strong electric field is used to guide the layout inside the crystals of iron-graphene batteries. Now it seems that the results are very good. ”

Li Hao saw that Bi Ye's eyes were full of confidence. He knew that this person was not good at socializing, and directly complimented: "Very good, how long will we have to wait to see the results." ”

Bi Ye took out his mobile phone, looked at the time, and said, "Just wait another 20 minutes." ”

Li Hao stared at the pressure-cooker-like instrument, a device that generates a strong electric field and is also the place where the crystals of the iron-graphene battery are finally formed.

The reason why he chose Bi Ye from a large number of talents. It is to fancy Bi Ye is an expert in the field of electromagnetism, which is the talent that the company needs most in the near future.

He didn't tell Professor Pan Guofeng about the technical information, and the one he left behind was that a strong electric field can affect the formation of iron-graphene battery crystals.

Only its internal crystals form a certain law. It will produce a battery with stable voltage and consistent current direction.

Professor Pan Guofeng used laboratory methods to produce iron-graphene batteries. There are multiple voltages in each battery, coupled with the irregularity of the internal crystals, the resistance is very large, and the current is very disordered. There is no practical value at all.

Yao Jiang was afraid that Li Hao would be bored, and he would also show his value, so he explained to Li Hao: "The production method of iron-graphene batteries is crystal growth method.

We synthesize gaseous iron-graphene gas at high temperature and pressure. At the same time, a crystal with a controlled temperature is prepared in the synthesizer.

When the iron-graphene battery gas enters the contract period, it begins to attach to the crystals for growth at the right temperature due to the pressure drop.

The regularity and state of its growth is determined by the properties of the strong electric field in the synthesizer.

After many experiments, we have now found two optimal strong electric fields. ”

Li Hao used to know the approximate production method of iron-graphene batteries. But for the first time, he heard about the complete manufacturing process of iron-graphene batteries.

He looked at the small synthesizer and said excitedly: "It turns out that it is grown, and we are producing iron-graphene batteries, and we are about to catch up with farmers to grow crops." ”

Yao Jiang knew that Li Hao was joking, and he continued: "Mr. Li, our iron-graphene battery energy storage is the same, but there are two versions of it. One is a fast-charging version and the other is a normal version.

The regular version is rated at 5 volts and has a maximum current of 3 amps. The fast-charging version is rated at 220 volts and has a maximum current of 58 amps. ”

Li Hao really didn't know the specific properties of iron-graphene batteries, and he asked in surprise: "Do our iron-graphene batteries only have two properties?" The gap between them is also too big, how does it apply. ”

"Mr. Li, we have calculated from all aspects that only under these two strong electric fields can the crystals grown be the most stable.

The normal version is for everyday use. We can also install a control chip and a transformer inside the battery, and we can be willing to change the voltage and current output of the battery. Enough for it to be used in any scene.

The fast-charging version is suitable for industrial use and is used in large-scale energy storage equipment. For example, energy storage equipment for solar power plants, backup power for large factories.

Choose two attributes, carry out industrial production, and it is also best to arrange production line production. ”

Li Hao chuckled: "I just want to find out, or study it in the way you have established."

How convenient is our company. After the emergence of this high-performance battery, it is up to the market to adapt to us. Instead of us adapting to the market, of course, the habits that consumers are accustomed to, or don't change. ”

While they were chatting, Bi Ye had been watching the data inside the synthesizer and was not involved in their chat.

Li Hao can also see the difference between them from this tiny detail. For a company CEO, the more people like Bi Ye, the better.

"Alright." Bi Ye drank lightly and interrupted Li Hao's chat.

Li Hao heard a burst of machine inhalation, which should be to remove the iron-graphene gas in the instrument.

Then I saw the lid of the synthesizer slowly open. From the inside, a silver-gray cylinder was revealed, which had a metallic sheen on the outside, and the overall feeling was very delicate.

It has a diameter the size of a penny. The length is about 10 cm.

Seeing this situation, Bi Ye directly instructed the scientific researchers next to him: "Start testing the iron-graphene battery, I hope this experiment can be successful." There is no need to adjust the strong electric field parameters anymore. ”

After the on-site scientific researchers conducted the test, he said excitedly: "Mr. Li, Director Bi, Director Yao." After testing and meeting the parameters of the predetermined design, our experiment was successful. ”

Bi Ye showed a smile on his face and said happily: "The battery has really grown, and the growth is still very good." ”

After the scientific researcher's test, he said excitedly: "The performance is so powerful, our short battery can store about 25,000 watt-hours of electricity." ”

When Li Hao heard the news, he was pleasantly surprised. He said to Yao Jiang: "You continue to test iron-graphene batteries. At the same time, some will be produced first, ready to be used on our weather instruments. ”

After finishing speaking, he turned around and left, ready to tell Zhou Yunsheng that the development of graphene batteries was officially successful. Small-scale production is possible under laboratory conditions.

He is very happy that the iron-graphene battery can store so much energy, 255 watt-hours of electricity, which means that a battery rod can drive an electric car from Yanjing to Tianjue.

He came to the door of Zhou Yunsheng's office and saw his egg yolk and his sister-in-law's stupidity, lying together and rubbing against each other.

Li Hao was very emotional, these two dogs are in love.