Value does not lose rare earth charging lithium battery resources ‘Global battle’ is warming up

Value does not lose rare earth charging lithium battery resources 'Global battle' is warming up

Foreign media said that recently, scientists who have contributed to lithium-ion battery development, the Nobel Chemical Award, which is widely used in smartphones, pure electric vehicles (EVs) and batteries, and the world’s demand is expanding.. Lithium-ion battery demand rises to bring new business opportunities to raw materials.

In addition to households and resource companies, battery companies and IT companies and other cross-border companies also set off an intricate battle. Strive to take the leader “Japan Economic News” website reported on October 16th, in Canada Quebec, Canada, the global important lithium mine Hobei, the preparation of production in the second half of 2020 is being promoted. One company believes that it is a potential investment object that is involved in the Canadian Nimasca, Canada from the mining to smelting business, and investing this.

That is to advocate the “Information Revolution”, actively invest in artificial intelligence (AI) and the Japanese Soft Silver Group in Mobile Travel.. According to the report, Soft Bank Group invested about 8 billion yen in April 2018 ($ 0.

06 yuan a year), 9.9% stake in Nimasca Lithium Industry Co., Ltd.

. For Soft Silver Group, this is the first mining investment project..

The mine is expected to be 33,000 tons, and the soft silver group will purchase up to 20%.. First, the battery supply of the photovoltaic power generation service involved in the soft silver group is supplied.

. “The investment of Nimasca Lithium Industry is an extremely important step”. Sun Zhengyi, chairman of Soft Banking Group, emphasizes the meaning of capital.

. Soft Bank Group continues to invest in mobile travel, and also see the development potential of lithium-ion batteries in pure electric cars..

Sun Zhengyi said, “will further promote the mobile travel revolution in the Internet of Things and Pure Electric Vehicles through the integration of science and technology and energy.”. The value does not lose the rare earth competing for the warming report, the mine investment has been borne by the resource company and the merchant, but in the field of lithium-ion battery, cross-border company has also begun directly purchasing raw materials.

. It is the problem that the distribution of raw materials is uneven..

According to data from the US Geological Survey, 2018, the annual output of lithium has new year production. The first thing of production is the first is Australia, followed by Chile and my country..

From the point of reserves, Chile is leading, followed by Australia and Argentina.. Lithium and rare earths are considered important resources needed to develop in high-tech fields.

According to the “return report” in the French “return” recently, the lithium-ion battery is indispensable for electric vehicles.. The “Japan Economic News” website reported that the demand for lithium-ion batteries continued to expand, and the supply source of important raw materials is limited.

Therefore, it is no longer just to rely on resources companies and trade companies, and new competitors have also begun to launch mine investment.. Reporting believes that with Yoshino, the Nobel Prize, the lithium-ion battery is again concerned again.

. Including waste batteries, etc., the raw materials are also possible to heat up.

. [Extended reading] The rise of my country’s lithium-ion battery, Nobi Prize winner Ji Na Chapsis This is the Japanese strength, and now my country, the rise of China, the rise of the world makes the world. In this regard, “Japan Economic News” published an interview with Japanese scientists who have just won the 2019 Nobel Chemical Award.

. This chemist who created “charging world” talked about his opinion. Yoshino is a developer of the lithium-ion battery used by smartphones and electric vehicles.

It is the honorary researcher of Japan Xucheng Company.. Before the Nobel Chemistry Award, he has also awarded countless, called “re-implicit future people”.

According to reports, once, in the research and production of lithium ion batteries, Japan leads in the world, with high share. But now there is a view that Japan’s scientific and technical strength and innovation capabilities are declining. In this regard, Ji Ni Pen said that Japanese college studies have come to the inflection point.

. The company’s research has also become different from before. According to the basic research, “there is a good success in 10 in 10”, the budget is reduced.

Ji Ni, thinking that to solve the status quo, we must use your own curiosity, don’t pay attention to where you can use it, and desperate new things, but also to do real useful research. “These two research are actively rotated as two wheels is ideal..

“After the award, Ji Ni, who said in an interview that the Japanese industry” (close to consumers) is very weak. “. However, the battery is not downstream, and it is equivalent to the middle.

Not only the battery industry, the overall industrial changes in the world, is constantly disappearing in the middle. Downstream and upstream direct communication becomes successful mode. It is equivalent to the middle of the middle, which is constantly lost, this is no way.

. “Downstream is (American Google and Apple, etc.) Gafa’s world, so environmental sinister, but (Japan) must actively take action.

“Talking about the lithium-ion battery market, my country and South Korea are rising, how to deal with Japan, Jiye referred to:” From the lithium-ion battery itself, it is true. In terms of mobile phones and personal computers, it has been very advantageous in Japan..

It is reasonable to make the battery in Japan.. Today, mobile phones and personal computers have turned to overseas.

Even if Japan’s company still exists, it is also produced in my country.. Specially manufactured battery in Japan, there is no way.

“He believes that Japan is used for the isolation layer, positive and negative electrode of lithium-ion batteries, still perform strong. “Although it can control (close to consumers), it is also an idea as long as it can control core technology..

“[Extension reading] The front-end-Nobel Chemical Award Study of the Nobel Chemical Awards in October 11th reported that the lithium-ion battery changed the world, and he just came to 30 years.. This year’s Nobel Chemical Award has given three and closely related scientists.

. According to the US Walkers website, it is very possible. It is very likely that you read the equipment used in this paper at the moment is to rely on lithium-ion batteries.

. Lithium-ion batteries are getting a wide range of applications. It is not only powered by technology products in our pocket, but also for electric vehicles, sometimes.

John Gudarnf, University of Texas, University of Texas, USA, Chemistry, Department of Chemistry, Himhamton, USA, USA, USA, University, USA Dollar) bonus. 97-year-old ancient Danaf became the most elderly Nobel Prize winner. He has not retired.

The Nobel Prize Committee pointed out that these three scientists have created appropriate conditions for wireless and non-fossil fuel society, bringing the greatest well-being for humans. “. Therefore, they are renowned.

However, they have not completed inventions in cooperation, but to continuously improve each other’s results in their respective posts.. As the Nobel Prize Committee said, the story of the lithium-ion battery began in Hui Tint Om.

. During the 1970s oil crisis, he is an engineer of Exxon..

In the face of oil shortages in the future, the company puts human financial resources to develop rechargeable batteries. At that time, the charging battery was large, cumbersome, and the output power is too low..

Hui Ting Um considers a new battery with lithium elements. Lithium is one of the elements of the elements in the periodic table (easy to lose electronics). However, these make lithium becomes the ideal choice of batteries and make it not stable enough, it is easy to fire.

. Hui Ting Um successfully developed the predecessor of the lithium-ion battery today. However, this battery is a bit dangerous, it is easy to explode.

When the oil crisis gradually calm, Exxon no longer pays attention to related research.. Then, in the 1980s, Gudarf used this design and improved, redesigned the cathode of the battery, increase the battery output power from 2 volts to 4 volts.

. However, the battery is still a bit dangerous, because the lithium of the anode may still be fire. This is to say that Jiye is remarkable: he redesigned the anode of the battery, and lighted lithium with carbon.

. In this way, the battery is safe, and lithium does not have a dangerous response..

The Nobel Prize Committee explained: “Subsequently, researchers around the world find out the elements periodic table, trying to develop a better battery, but so far, no one has successfully invented a larger capacity of lithium ion battery, higher voltage. “So, the battery has great improvement space. In order to achieve more renewable energy of the battery – sufficient to meet the entire US energy demand and help us completely get rid of fossil fuel – the energy density of the battery must be improved.

The price of the battery must also be reduced. In 2017, Gu Denov once told “Reporter:” Today’s society, an important thing is that we have to quit dependence on fossil fuel, if we can produce electric cars with the same convenient and low-cost as internal combustion engine, we It can realize the goal without carbon dioxide emissions on the road..

“In order to achieve this dream, he is still working hard to explore the next generation of batteries.. However, as far as is currently, lithium-ion batteries are still one of the most important pillars of zero-carbon emissions.

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