After they visited the safety performance test of the iron-graphene battery.

And then I went to visit the rest of the smart factory. For example, the iron-graphene battery finishing workshop, which does not require a single worker and is completely operated by industrial robots.

Yuan Dingfang asked the engineer to show them an industrial robot robotic arm that can make complex movements. This is an industrial robot that is programmed to operate by cameras and various sensors.

Although it is not as flexible as a human arm, it is also more flexible than a conventional industrial robot arm, and can do complex actions that many other industrial robots can't do.

After visiting the production line of iron-graphene batteries, they came to the battery rod production workshop at the core of iron-graphene batteries.

Li Hao stood in front of the factory. On his left is Yuan Dingfang, the smart factory manager, and on his right is Zhou Yunsheng.

They were holding a red ribbon together, and Li Hao was still holding a pair of scissors in his hand.

Anyone can see that this is a ribbon-cutting work for the production line of iron-graphene batteries. This means that the industrial production of iron-graphene batteries will be started.

During the visit just now, the company's engineers have inspected the entire production line in detail, and it is not surprising that it has no defects and can start normally.

Li Hao concentrated and cut the red ribbon in front of him. Yuan Dingfang pressed the start button next to it.

I only saw that the entire production line of iron-graphene batteries officially began to be energized. A few gurgling sounds were heard, as if gas was flowing through the pipes.

Everyone turned their attention to the many reactors, only to see that there was a constant abnormal sound coming from the reactor.

After ten minutes of waiting, everyone heard a rapid gasp sound in the factory. Then the sound of hydraulic transmission sounded, and only the lid of the reactor was seen slowly opening.

A disc slowly rises from the reactor, and there are a total of ten iron-graphene battery rods on this ring.

The speed of industrial production is, of course, faster than laboratory production. Now it has been possible to produce iron-graphene batteries in a short time.

I saw a mechanical arm coming down from the air, grabbing the iron-graphene battery and placing it in the conveyor belt next to it.

I wish you keep your eyes firmly on the direction of the iron-graphene battery, and follow the forward speed of the iron-graphene battery under your feet.

Through the transparent glass wall, they can clearly see the operation of the production line.

The media reporters also introduced the situation of the production line next to the camera. The videographer with the camera on his shoulders was sweating profusely.

They saw that the iron-graphene battery rod officially entered the finishing workshop.

The iron-graphene battery rod seems to have been plated with a layer of metal wire on his body surface after passing through an electroplating device. Some of them are sent directly to the packaging site through the conveyor belt next to them, and they are neatly placed.

Everyone understands that this is adding the positive and negative electrodes of the battery to the iron-graphene battery. The most important thing for a battery is that it has positive and negative electrodes, which can guide the flow of electrons inside it.

Wu Yu clearly remembered the technology provided to them by Qingci Technology in the past, or to guide the electrons in the iron-graphene battery through a magnetic field. I didn't expect them to find a better way in such a short time.

The crowd continued to watch, and most of the remaining iron-graphene batteries followed the production line to the equipment with the liquid nitrogen logo on it.

The entire device can be seen surrounded by a transparent jar. Someone saw the sign on the jar and said it was a vacuum tube.

After the iron-graphene battery passes through this device, it is directly cut into thin sheets of the same size.

The remaining flakes follow a production line and walk into the assembly hall.

I only saw a worker pick up a semi-finished chip, and they directly used special equipment to jam a thin iron-graphene battery on the chip.

On each chip, exactly two sheets of iron-graphene cells are placed.

Everyone is carefully observing the assembly of iron-graphene batteries. I heard Wei Tao say to the crowd: "Representatives of enterprises, please come to the conference room, and we will officially start to sign a cooperation contract for iron-graphene batteries."

Please take the previously signed contract of intent, and we will sign the contract exactly according to the quantity on the contract of intent. ”

When the people heard the news, they immediately left the factory. Like Wu Yu, the manager of Xiaomi, he was the first to come to the conference room at a trot.

When Wu Yu entered the conference room, he was immediately stunned.

I saw that the conference room looked like an ancient palace, and there were bells and drums playing beautiful music inside.

It was only upon closer observation that he realized that none of this was true. It's like virtual reality augmented technology, and it's like a 3D holographic projection. Anyway, he didn't understand the principle of this technology.

After he entered the house, the virtual light curtain on the left wall changed, which played various functions of the iron-graphene battery and introduced the various details of the Qingci Technology contract.

He took a brief look at the iron-graphene battery rods, which cost 1,000 yuan each.

Iron graphene batteries with chips added are 200 yuan each.

Their standards are uniform, and the interfaces are designed in advance. The size of each iron-graphene battery is a cuboid ten centimeters long, five centimeters wide, and two millimeters thick.

Wu Yu understood when he saw this that Qingci Technology had unified the standards for iron-graphene batteries. If you want to use iron-graphene batteries in the future, you need to produce equipment according to their standards.

As soon as he had the idea, he saw a virtual light curtain on the wall showing an open standard for iron-graphene batteries.

It's not just about making the production standards for iron-graphene battery chips public. Qingci Technology also made the external equipment standards for iron-graphene battery rods public.

When Wu Yu saw one of the technical standards, he shook his head. The equipment connector of the iron-graphene battery must meet the three-nanometer processing standard in order to perfectly fit its nano electrodes and make the battery run stably.

Just this requirement, not many factories can meet this processing requirement.

Xiaomi's manager Wu Yu, Huawei's manager Wang Wang, BYD's manager Lin Huang, Geely Automobile's manager Wen Danke, Tesla's special representative Heidi. Evans, and many representatives of companies that came to buy iron-graphene batteries, came to the room one after another.

They all represent the company in turn, in accordance with a pre-set contract of intent. Formal contracts were signed with Qingci Technology.

Before Wu Yu signed it, he had already read the contract carefully through the light curtain on the left wall.

Qingci Technology is holding a real cooperation mentality, there is no overlord clause on the contract, and the rights and obligations of all aspects are very detailed.

They directly purchased about 5,000 iron-graphene batteries.

Wu Yu saw the performance of iron-graphene batteries recorded on the virtual light curtain, as well as their company's tests on iron-graphene battery samples.

He regretted that he had only reached such a small number of intent contracts at the beginning.

He glanced a few times and saw that other people didn't buy much of the product either.

Wu Yu asked directly to Zhou Yunsheng, who had just signed a contract with him: "President Zhou, how much iron and graphene batteries are left in your company, and do you accept to continue to purchase." ”

Zhou Yunsheng glanced at the remaining data and replied: "We can now produce 90,000 pieces per month, and there are still 55,000 pieces left that have not been sold. ”

Wu Yu hid the surprise in his heart, and he said quickly: "Give me 50,000, and I will pay when I return to the company." ”

Wang Wang, the manager of Huawei, immediately reacted that Xiaomi wanted to monopolize the entire market. He knows all too well how consumers react to products that apply new technologies.

Wang Wang also scrambled: "You are deceiving people too much, how can you ask you to buy the rest of the products." I want 30,000. Immediately, cash. ”

Heidi also reacted, and said in Chinese, which she was not very proficient in, "I want to add 20,000 sticks." ”

Not to be outdone, Lin Huang, the manager of BYD, said: "Give our company 20,000." ”

Geely Automobile Manager Wen Danke said in a weird manner: "You BYD have not always produced their own batteries, why are you still competing with us for batteries." It's up to you to develop a better battery yourself. ”

They began to fight over these remaining iron-graphene batteries. Because everyone knows that there are a number of iron-graphene batteries on the market at the beginning.

Whoever gets more iron-graphene batteries will be more competitive and enhance the company's brand value.

Zhou Yunsheng saw that they didn't give in to each other, and she decided after discussing with Li Hao. Distribute the remaining iron-graphene batteries in accordance with the proportion set by their company's intention contract.

After everyone saw this plan, they all silently accepted it. This is already one of the best distribution schemes.

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