Tech Translator

After Zhou Yunsheng and the company representative signed the agreement, they finally accepted the contract.

They all left the living room, and under the arrangement of Qingci Technology, everyone came to the hall on the first floor.

Li Hao wants to demonstrate wireless charging technology, which cooperates with iron graphene batteries to form a smart battery system.

When everyone is about to enter the center of the hall. The nearby light pictures in turn generate a virtual reality scene.

When everyone saw this miraculous scene, they were not surprised. I was already very familiar with its performance in the parlor just now.

The Global Times reporter and the People's Daily reporter next to him said: Could it be that the major technology mentioned by Qingci Technology is this virtual reality display device.

The People's Daily reporter thought for a while and replied: I don't think it should be this technology. They should show the technology that matches the iron graphene battery. Otherwise, why come to the smart factory to demonstrate the technology and choose the iron graphene battery to be officially put into production. this day.

Everyone was very curious about the technology to be displayed, and they were discussing it. I only saw Li Hao walking to the center of the hall.

He said calmly: Everyone just visited the production workshop of iron graphene batteries.

It must be very strange, why each of the iron graphene batteries we made is equipped with a control chip.

Instead of just adding electrodes to the battery like a conventional lithium battery.

While Li Hao was talking, a company employee brought him a complete battery.

He showed the battery and said to everyone: This battery is a freshly shipped battery, and the power stored in it is zero. The important technology we announced today is related to charging the battery.

After Li Hao finished speaking, an engineer from the smart factory brought in a high-power lantern. Li Hao opened the battery box of the lamp and installed the battery inside.

He turned on the switch of the light and said to the crowd: As you can see, the light is not bright at all. There is no electricity stored in it at all.

He then took out a small box the size of a palm. Plug it into the power supply next to it. Just look at the colored lights next to it and immediately light up.

Someone blurted out: This is long-distance wireless charging technology.

Li Hao raised his right hand, snapped his fingers and said, Very correct.

Everyone showed disbelief, they didn't expect Qingci Technology to solve the wireless charging technology.

You must know that the most popular wireless charging technology has a short distance. Even it can only be charged by contact.

Seeing everyone's performance, Li Hao made a gesture, only to see a virtual light curtain light up.

Three types of wireless charging devices are introduced above, small household wireless charging devices, which can be used for portable charging of digital products such as mobile phones.

It can also drive some home washing machines, rice cookers, TVs and other products.

I only saw a small wireless charging device introduced on the light curtain, which is suitable for low-power devices.

It can better save power through intelligent control chips. It can also avoid fire hazards caused by aging lines.

Two wireless charging devices flashed across the light curtain. Medium-sized units placed on the roadside or on mobile charging carts.

There are also large charging units placed at the terminal train station.

After reading it, a reporter from the Global Times hurriedly asked: Mr. Li, the wireless charging device should use electromagnetic waves to carry energy. How about its safety and whether it will affect our human body and other organisms.

The question you asked is very critical. If it affects the human body, then the value of this technology will be greatly reduced.

But please rest assured that our company has passed exhaustive experiments. Use low-frequency high-energy electromagnetic waves to transmit energy.

It will not affect the human body. Not only the human body, but also very fragile bacteria and viruses will not be affected.

Our technology has been verified by the authoritative laboratory of the Ministry of Industry and Information Technology, and it can absolutely guarantee safety.

Even the largest wireless charging device you have seen is used to charge ships, high-speed rail and other equipment. It is this kind of equipment that people will not feel uncomfortable standing next to it.

While Li Hao was talking, he picked up the wireless charging device next to him.

He showed the wireless charging device in his hand and joked: If he really has a problem, I can't hold this device with bare hands. It must be far away.

Hearing this sentence, everyone present laughed.

They learned about the safety of wireless charging devices, and they all kept their eyes on the device. They can all see the promise of wireless charging devices.

Li Hao continued to introduce: Next, I will explain the function of the iron graphene battery chip. It is mainly used to cooperate with wireless charging equipment.

Iron graphene battery, plus wireless charging device. This constitutes a smart battery system.

The chip on the iron graphene battery does more than just positioning. It can also feed back battery temperature, remaining power and other information through our specially customized app.

Most importantly, it can communicate with wireless charging devices. Receive the power transmitted by the wireless charging device.

Everyone, please watch the animation we made, and you will definitely have some expectations for the scenes in it.

As soon as Li Hao finished speaking, a virtual reality animation was displayed in the hall.

This scene took place in Shancheng, a first-tier city in the southwest. It is located in the Hengduan Mountains, and the terrain is very complicated.

Shared bicycles, which are popular in major plain cities, are rarely patronized in this city, and shared cars have followed.

But there is a very troublesome process in shared cars, which is to change the battery for it.

Now the virtual scene simulates shared bicycles, all of which use iron graphene batteries.

In this way, there is no need to change the battery, and the shared bicycle company can charge by setting up wireless charging piles on both sides of the road during normal driving.

Shared car companies can also drive mobile charging cars to charge each shared car. Even in an emergency, shared cars belonging to the same company can charge each other.

Everyone looked at this scene, and someone said happily: This is not only applicable to shared cars, our future electric vehicles can also use this method. When there is no electricity on the road, you can also ask your friends' cars to charge yourself.

Even a ship sailing at sea, if it has not been charged for a long time, it will encounter a ship with sufficient power. You can also ask them to help recharge your batteries.

After watching it, the CCTV reporter asked Li Hao: Excuse me, Mr. Li, this wireless charging device produced by your company. Does it have an identification function like a mobile phone signal? Or is it open to anyone to charge. It's just the final charge. Use statistics.

Li Hao replied with a smile: Our technology is similar to wifi, and it is mainly set up on this wireless charging device. It can be made public, or a specific battery can be specified.

We have developed smart software to pair with wireless charging devices. It has the ability of quick recognition. It is convenient for individual users and enterprises to use.

Li Hao answered the reporters' routine questions again, this is not a product press conference after all. He quickly finished speaking.

Qingci Technology provided every reporter with the virtual reality image data just now.

At the same time, company representatives are also invited to discuss the intended cooperation of wireless charging devices.