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Chapter 487 Global Excitement!

Chapter 487 Global excitement!

"Click, click, click, click, click..."

When Lin Xuan slowly walked onto the stage of the press conference, the reporters at the scene clicked their cameras frantically.

At this time, various high-definition cameras also pointed their lenses at Lin Xuan, and the scene of Lin Xuan slowly walking onto the stage of the press conference was naturally captured by the live broadcast room and was broadcast live in the live broadcast room of the live broadcast website.

At this time, the number of people in this live broadcast room skyrocketed, because everyone who heard the news on the Internet rushed into the live broadcast room crazily.

In just a few dozen seconds, the number of people in the live broadcast room has soared to nearly 6 million!

This is Lin Xuan's terrifying popularity and popularity, which no anchor can match.

At this time, as Lin Xuan came to the center of the stage and stood still, the flashing of the cameras gradually stopped.

Lin Xuan seemed to be in a good mood at this time, with a faint smile on his lips.

The reporters also nodded and said they knew the reason. After all, Hantang Technology will soon launch all-solid-state lithium batteries.

After all, the all-solid-state lithium battery is a big cash user. Next, Hantang Technology will have money to speed up the research and development of electric vehicles. Lin Xuan will naturally be happy in this situation.

"Time is limited, so let's make a long story short, so let's start now."

Lin Xuan said softly, and then pointed to a reporter.

Seeing this, a staff member quickly handed a microphone to the reporter.

This was a reporter from the Han Kingdom. At this time, he seemed very happy to get the opportunity to ask questions. He said in Daxia with an excited face:

"Congratulations to Mr. Lin for successfully developing an all-solid-state lithium battery. The energy density of the all-solid-state lithium battery developed by your company has reached 470wh/kg.

Can it be achieved at 470wh/kg in actual mass production?”

Hearing the words of the Hanguo reporter, all the CEOs in the conference room of the Empire State Building on Wall Street showed curious eyes.

Although many of their presidents at the scene could not understand the Daxia language at all, there were real-time translators in the live broadcast room, so they could still understand what the reporter was asking.

The CEOs at this time were also very concerned about this information, because there was a big gap between the energy density that could be achieved in the laboratory and actual production.

For example, their original ternary polymer physical battery claimed to achieve 235wh/kg, but it was only possible to achieve this in a laboratory environment.

During the actual mass production process, the energy density of ternary polymer lithium batteries dropped to 225wh/kg.

Therefore, there is a certain gap between the actual mass production energy density and the laboratory energy density. I don’t know what the actual capacity density of Hantang Technology’s all-solid-state lithium batteries will be after mass production.

In this regard, Lin Xuan pondered for a moment, and then slowly said:

"There is a certain deviation between the capacity density in the laboratory and the capacity density in actual mass production, but because of my full efforts, we will control the maximum deviation to ensure that it does not exceed 3wh/kg.

However, the energy density currently recognized on the market is the final total weight energy density composed of the battery, the casing, the chip and the circuit board.

This is because our all-solid-state lithium battery casing uses super tempered glass. The quality of super tempered glass is greater than that of ordinary plastic casings. Finally, the battery chip and circuit board are added.

So under the same circumstances, according to the current rating, the energy density is actually equivalent to 455wh/kg."

Hearing this, the millions of viewers who were watching the press conference through the live broadcast room nodded with great satisfaction, feeling satisfied in their hearts.

They did not expect that the ultra-high energy density of 455wh/kg could be achieved in actual mass production, which far exceeded their psychological expectations.

Although the energy density has been reduced by about 15wh/kg from release to actual mass production, that is the weight added by accessories such as the super tempered glass casing and chip circuit boards.

In response, the CEOs in the Empire State Building conference room all had ugly looks on their faces.

Damn it!

The energy density of Hantang Technology's all-solid-state lithium battery after mass production is as high as 455wh/kg, which is equivalent to 0.455 kilowatt-hours of electricity per kilogram of battery!

Needless to say, seeing such a high energy density, there is no possibility of struggling with ternary polymer physical batteries.

At this time, the microphone came into the hands of the next reporter from Daxia selected by Lin Xuan. The reporter asked curiously:

"Mr. Lin Xuan, can you tell me how much an all-solid-state lithium battery costs? Is its cost very high?"

Hearing the reporter's words, the millions of viewers in the live broadcast room suddenly felt nervous. This issue was one of the issues they were most concerned about.

After all, the price of all-solid-state lithium batteries is related to their vital interests. If all-solid-state lithium batteries are too expensive, they cannot afford them.

In this way, under the curious eyes of those reporters, Lin Xuan slowly revealed the answer to the mystery:

"Our all-solid-state lithium batteries at Hantang Technology use sulfide circuits, and there are no precious metals or rare elements in the sulfide circuits.

Therefore, the cost of our all-solid-state lithium batteries is not high in terms of raw materials. The current main expenditures are R&D costs, production costs, labor costs, tax costs and other costs.”

People who heard this nodded slightly, and then looked at Lin Xuan very curiously. After all, Lin Xuan had not solved the mystery yet.

In response, Lin Xuan paused and then said:

“If our all-solid-state lithium batteries are in full production, the price of our all-solid-state lithium batteries can reach the level of current lithium iron phosphate batteries.

Of course, if production capacity continues to increase and larger-scale industrial mass production is carried out, the price can be further reduced, and the specific reduction depends on the scale."

"Wow!"

Hearing Lin Xuan's words, the scene immediately went into uproar, and people's eyes widened.

At this time, the live broadcast room was filled with dense barrage, all of which were "Lin Xuan is awesome!" "Hantang Technology Yes!"

I didn't expect that Hantang Technology's all-solid-state lithium batteries would be much cheaper than expected, and could be priced at the same price as lithium iron phosphate batteries.

You should know that lithium iron phosphate batteries are usually cheaper than ordinary ternary lithium batteries. For example, the price of ternary lithium batteries is 0.8 yuan, and the price of lithium iron phosphate batteries is 0.6 yuan.

Therefore, the price is much cheaper than expected, which means that everyone’s worries can be put aside.

At this time, hundreds of CEOs in the Empire State Building looked very ugly. They did not expect that the price of all-solid-state lithium batteries was so cheap.

The price of this all-solid-state lithium battery is only the same as that of lithium iron phosphate, although Lin Xuan said that it can only be achieved after large-scale production.

But Lin Xuan also said that if the scale of mass production continues to expand, the price can drop further!

This is not great news!

This price already means that the market positioning of Hantang Technology’s all-solid-state lithium batteries can be reduced to the mid-range and more expensive level.

So the CEOs looked very ugly at this time, but before they could continue to look ugly, the next reporter asked the third question.
Chapter completed!
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