After Earning 10 Billion, The System Will Be Activated

In the blink of an eye, it was March 26.

Thursday.

Dust edge battery, in a laboratory.

At ten o'clock, Ye Cheng came here.

Because the research and development team has designed and manufactured the drone batteries needed by Tianjiang Technology.

Today's official installation test.

Tianjiang Technology has sent some drones for testing.

buzzing․ ...

At this moment, a consumer drone is hovering in the air in the test hall.

This drone has been installed with a new type of battery produced by Chenyuan Battery. The shape, size and weight of the original battery module are exactly the same, but the internal structure is different. The electromagnetic ternary structure of the dusty battery is used.

The battery life is designed for two hours.

Of course, how long it can last, and whether there will be various problems, it has to be tested and solved by finding problems, and finally the product can be completely formed.

This is a relatively long process.

Time passes little by little.

All eyes are on the hovering drone.

Ye Cheng is also watching.

Because the final battery life is related to the success of the drone's battery.

Half an hour passed.

On the computer, the power returned by the drone is displayed, and there is still 78% of the power.

Forty-five minutes passed, and the display was at sixty-five percent.

An hour has passed, and the display is fifty-two percent.

Everyone showed a smile, and the battery life of more than one hour has already represented the success of this battery product.

After all, the maximum battery life of consumer drones is only more than 30 minutes.

Of course, military drones don't count.

The volume and weight of military drones are much larger than that of consumer drones, and they use aviation fuel instead of batteries.

Of course, if the battery technology of the dust edge battery is really applied to military drones, the battery life will not necessarily be inferior to the use of aviation fuel.

Time passed little by little.

When the time is up to one hour and thirty-two minutes, it shows that the battery is 25%, and the intelligent alarm starts.

This is when the power reaches 25%, the drone will automatically call the police.

Still not grounded.

Because this is an experimental test, it is necessary to know the limit time of this battery, accurate to within one minute.

Not only that, this is still in the hovering state, but also the test of air flight.

After all, in the hover state, the power consumption is relatively stable.

In the flight state, the power consumption will increase, especially when encountering some special weather conditions, the power consumption will also change.

These need to be tested experimentally.

After hovering for two hours and one minute, the drone had only 3 percent of its charge remaining.

The drone is starting to get a little shaky.

A minute later, the drone's propeller began to spin weakly.

The operator quickly landed the control drone.

In the hovering state, the limit battery life is two hours and two minutes. If this time is exceeded, the drone is in danger of falling.

Of course, this is only the first experimental test.

However, the drone's battery life of more than two hours has been extremely successful, far exceeding the battery life of all drones on the market today.

After the drone landed, researchers in the lab hurriedly checked the battery.

For example, heat dissipation, battery voltage and current output, internal structure changes, etc.

These are all tests that must be done to check the safety of the battery.

Next, the battery must be removed for more detailed analysis and research to find out possible problems and so on.

At the same time, the second drone also began to take off and test, which is still a hover test.

And, there will be other researchers doing outdoor flight tests and so on.

A number of similar testing experiments will be conducted over the next few days.

After Ye Cheng learned about the test situation, he went directly to the second laboratory after leaving the first laboratory.

He Yiping is sitting in the office drinking tea.

This was the first time Ye Cheng saw He Yiping sitting and drinking tea so leisurely.

Before coming, either doing experiments, recording experimental data, or meditating.

"Mr. Ye, you are here, and I have another major achievement."

When He Yiping saw Ye Cheng coming, his eyes lit up, he quickly put down the teacup, got up and said.

"Lao He, don't scare me, don't be a very taboo research."1

Ye Cheng said.

The last plasma, he was still a little scared.

"Mr. Ye, don't worry, it's normal.

Why can't he bear it and laugh.

The two came to a laboratory.

He Yiping picked up a few palm-sized batteries, similar to button batteries, but too large.

"what is this?"

Ye Cheng was very curious.

"This is an electromagnetic battery tray that I designed.

He Yiping said.

Then he tested the capacity of a battery disk.

Soon, the test results came out and it was 10000mAh.

He also tested other battery disks, all of which have a battery capacity of 10,000mAh.

"Mr. Ye, the limit capacity of these battery trays is about 10,000 mAh. However, when two battery trays are overlapped, unexpected results will occur.

He Yiping said.

As he spoke, he overlapped the two fully charged battery trays.

Ye Cheng watched and didn't speak.

He Yiping began to detect the overlapping battery plates, which was 20,000 mAh.

"The next thing is the focus.

He Yiping smiled slightly.

Then he used a special device to charge the two stacked battery trays.

After about a few minutes of charging, the screen of the charging device shows that the charging is complete.

Ye Cheng was amazed, the two battery trays were obviously fully charged, but they were charged for a few minutes just now, what's the situation?

He Yiping began to detect the total power of the two stacked battery trays again.

Soon, the results were displayed on the screen.

Thirty-eight thousand mAh.

It is 18,000 mAh higher than before charging.

what's going on?"

Ye Cheng was stunned.

How can the battery capacity increase so much when the same two battery trays are stacked together?

"Mr. Ye, this is my recent major research achievement, which was found in a more in-depth study on the original electromagnetic performance battery, which I call a stacked electromagnetic battery pack.

He Yiping said.

"Can this kind of battery continue to be stacked?"

Ye Cheng's eyes glow.

Because he knows the power of this kind of battery.

Because the battery tray itself is developed on the contacts of electromagnetic batteries.

"Yes, the stacking effect is only generated between the upper and lower battery disks. As the number of stacked battery disks increases, the effect of stacking the electromagnetic field will increase slightly. When two blocks are stacked, the increase is about 91%. If they are stacked, the increase will be around 92%. If four pieces are stacked (by Zhao Hao), the electromagnetic field will reach 93%. In this way, if ten pieces are stacked, the electromagnetic field will reach 93%. An astonishing 99% increase effect. However, once more than ten battery trays are stacked, the increase effect of the stacking electromagnetic field will drop sharply, dropping below 60%.

He Yiping said half.

"The stacking effect is so amazing? What is the principle of this?"

Ye Cheng's scalp went numb in shock.

After ten 10,000 mAh battery plates are stacked, the final power will be able to reach more than 199,000 mAh.

It is equivalent to nearly doubling the power.

You must know that the battery plate itself is manufactured using electromagnetic battery technology, and its unit power is much higher than that of ordinary batteries, and now it has this stacking effect.

It is conceivable how powerful the battery produced by stacking electromagnetic field battery technology will be?

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