Tech Translator

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

I went to visit other places in the smart factory. For example, there is no need for a worker, and the iron graphene battery finishing workshop is completely operated by industrial robots.

Yuan Dingfang asked the engineer to show them the industrial robot mechanical arm that can make complex movements. This is an industrial robot operated by a parrot subprogram through a camera 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 many complex actions that other industrial robots cannot do.

After visiting the production line of iron graphene batteries, they came back to the core battery stick production workshop of iron graphene batteries.

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

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

Anyone can see that this is the ribbon-cutting work for the iron graphene battery production line. This means that iron graphene batteries will start industrial production.

During the visit just now, the company's engineers have inspected the entire production line in detail. Unsurprisingly, 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.

Only to see the entire production line of iron graphene batteries officially started to electrify. Heard a few cooing noises, as if gas was flowing in the pipes.

Everyone turned their attention to the many reactors, only to see that there were continuous abnormal noises coming from the reactors.

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

There is a disk slowly rising from the reactor, and there are ten iron graphene battery rods on this ring.

Industrial production is of course faster than laboratory production. Now it can be done, and iron graphene batteries can be produced in a short time.

I only saw a mechanical arm coming down from the sky. After it grabbed the iron graphene battery, it put the battery on the conveyor belt next to it.

I wish you keep your eyes on the direction of the iron graphene battery, and walk forward with the speed of the iron graphene battery.

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 cameras. The cameraman carrying the camera was sweating profusely while running.

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

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

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

Wu Yu clearly remembered that the technology provided to them by Qingci Technology was to guide the electrons in the iron-graphene battery through a magnetic field. Unexpectedly, they found a better way in such a short time.

Everyone 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 can and said it was a vacuum tube.

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

The remaining flakes travel down a production line and into the assembly hall.

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

Two iron-graphene battery sheets are exactly placed on each chip.

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

Please take the intention contract signed before, and we will sign the contract completely according to the quantity in the intention contract.

After everyone heard the news, they immediately left the factory. Like Wu Yu, the manager of Xiaomi Company, he trotted to the meeting room first.

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

I only saw that the meeting room seemed to be an ancient palace, and there were bells and drums playing beautiful music inside.

After careful observation, he discovered that none of this was true. It seems to be augmented virtual reality technology, or 3D holographic projection. Anyway, he didn't understand the principle of this technology.

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

He took a brief look at the iron graphene battery sticks, one thousand yuan each.

Iron graphene batteries with added chips cost 200 yuan each.

Their standards are unified, and the interfaces are all designed in advance. The specification of each iron graphene battery is a cuboid with a length of ten centimeters, a width of five centimeters and a thickness of two millimeters.

When Wu Yu saw this, he understood that Qingci Technology had unified the iron graphene battery standard. 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 the open standard for iron graphene batteries.

It's not just about making the production standards of iron graphene battery chips public. Qingci Technology has also disclosed the external equipment standards for iron graphene battery sticks.

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

Only for this requirement, few factories can meet this processing requirement.

Wu Yu, the manager of Xiaomi, Wang Wang, the manager of Huawei, Lin Huang, the manager of BYD, Wen Danke, the manager of Geely Automobile, Heidi Evans, the special representative of Tesla Motors, and many other companies who came to buy iron graphene batteries Representatives, they came to the room one after another.

They all represent the company in turn, according to the contract of intent set in advance. Signed a formal contract with Qingci Technology.

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

Qingci Technology has a true cooperative mentality. There is no overlord clause in the contract, and the rights and obligations of all aspects are stipulated in detail.

They directly buy iron graphene batteries equal to about 5,000.

Wu Yu saw the performance of the iron graphene battery recorded on the virtual light curtain, as well as their company's test of the iron graphene battery sample.

He regretted that he had only reached so few intentional contracts at the beginning.

He glanced around and saw that other people didn't buy many products.

Wu Yu directly asked Zhou Yunsheng who signed the contract with him just now: President Zhou, how many iron graphene batteries are left in your company, do you accept continued purchases?

Zhou Yunsheng glanced at the remaining data, and replied: We can produce 90,000 pieces per month now, and there are still 55,000 pieces left unsold. Of course, we accept your continued orders.

Wu Yu concealed the surprise in his heart, and he said quickly: Give me 50,000 sticks, and I'll make the payment when I return to the company.

Wang Wang, the manager of Huawei, immediately realized that Xiaomi wanted to monopolize the entire market. He knows all too well how consumers respond to new technology products.

Wang Wang also scrambled: You are deceiving people too much. How can you buy all the remaining products. I want 30,000. Immediately, cash.

Heidi also reacted, and said in unproficient Chinese: I want to add 20,000.

Lin Huang, the manager of BYD, said unwillingly to show weakness: Give us 20,000 sticks.

Wen Danke, manager of Geely Automobile, said angrily: You BYD have always produced their own batteries, why are you still competing with us for batteries. You have to develop better batteries yourself.

They started wrangling over these remaining iron graphene batteries. Because everyone knows that there are several iron graphene batteries on the market.

Whoever can obtain more iron graphene batteries will have more competitive products and enhance the brand value of the company.

Seeing that they refused to give in to each other, Zhou Yunsheng decided after discussing with Li Hao. According to the ratio set by their company's intention contract, the remaining iron graphene batteries will be allocated.

After seeing this plan, everyone silently accepted it. This is already the best distribution scheme.