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Abstract: Battery technology not only affects the development of industry under the building. Just as it was about to be promoted to the stage, a faint “meow” exhibition was transmitted to the ears, which also had a certain impact on the dynamic structure of the world. EscortTo completely remove fossil power and develop renewable power, the essential thing is the energy storage device that stores the power in the electric wave valley.

(Source: WeChat public number “Car Morning Tea” ID: chezaocha Author: Li Yu-sei)

On the evening of October 9th local time, the Royal Swedish Institute of Science announced that the 2019 Nobel Chemistry Award was awarded to three scientific (chemists) families, who were american scientist John B Goodenough, British chemists M Stanley Whittingham and jPinay escortapan (Japan) chemist Akira Yoshino.

Norber’s official comment on them was: “Their research and development mission laid the foundation for the wireless era and the removal of fossil fuels.” That’s right, their blood and sweat are concentrated in the field of steel batteries, and their three research and development has developed the technology of steel batteries to this day.

Among them, the key is John B Goodenough, a scientist from american, who discovered the elixir in 1976, which created the era of steel batteries; and in 1997, the iron phosphate steel data he discovered in iron batteries even opened the door for large-scale use of steel batteries.

The important types of new-powered automobile batteries are phosphate steel batteries and phosphate steel batteries. It can be said that the development of new-powered automobiles is based on his research and development. It is also this Nobel’s award that has focused everyone’s eyes on the battery field. To understand that since the 20th century, battery technology has been in a state of stagnation for a long time, although the energy isDensity Sugar daddy is constantly experiencing, but there is no obvious breakthrough in the data.

Of course, many people will say that the latest graphene battery has a low heat and the publicity consequences also seem to be very harmful. Isn’t it a kind of breakthrough? Sincerely, if it is within the scope of the experiment room, the graphene data in the battery industry can be considered a serious breakthrough. It has the advantages of stable structure, high conductivity, high strength and strong function. However, due to the limitation of production, Sugar daddy cannot match the scale of use, which lacks technical reactions called primary battery.

In the new power automobile field that relies on battery technology, the battery energy density and charging rate are directly determined by the forward rate of the new power automobile industry. Not only is the new power automobile industry demanding a battery reaction, and in the industrial era, all industries need a higher energy density energy storage device to promote further development in the industry.

So how long will it take for the next battery reaction that everyone is waiting for? Which block will it be produced? Unfortunately, the correct narration is not sure, but through some spider horses, they have obtained the following conclusions: 1. Solid battery may become an important research and development goal

Battery technology not only affects industrial development, but also has a certain impact on the world’s dynamic structure. Want to be a complete [Modern Emotion] “Newly Married at the End of Age” Author: Su Qi [Completed + Extra] Removing fossil dynamic power, developing renewable electricity and resting well without makeup, Sugar baby is just a “filling” gift. The whitening power of the leeway is the energy storage device, and the electric wave valley is used.The power is stored. On the other hand, smaller, lighter, more energy, lower costs are also new batteries that all battery equipment hope to see, so the purpose of the mainstream development of batteries must be to advance energy density.

Generally speaking, among the many types of battery types, they are considered solid batteries with great potential in terms of energy density. Its solid electrolysis quality has a higher density, which can allow more electron-leading particles to gather at one end, thus achieving a higher energy density. The latest Li-CO2 solid-state battery energy density has reached 187Wh/kg in the experimental room conditions, while the most advanced ternary steel battery has the highest energy density of no more than 350Wh/kg.

The father of the steel battery mentioned above, the ameriSugar baby‘s awardee, Sugar daddy can scientist Goodenough, who is currently 97 years old, is still working hard on the front line of research and development of solid batteries, and he started this research and has now reached his seventh year. After winning the Nobel prize, his current seminar won the attention of many people and can attract a large number of funds to enter this field.

2. Phosphoric acid steel batteries may continue to develop higher usage in public roads

The important application scope of phosphate steel batteries is in the public roads, with low cost and no heavy metal advantages, and Sugar baby plus stabilityPinay escort>The high safety brought by the solid P-O key allows new power public vehicle manufacturers in various countries to choose it as a power battery.

However, due to the current data, the energy density of phosphate steel batteries is much lower than that of mainstream ternary steel batteries, and at the same time, stability under low temperature conditions also has certain disadvantages. But because of its high cycle life, scientists have not given up on its modifications.

According to the latest news, some phosphate steel battery manufacturers have made many low temperature stability after making improvements to the positive electrode, negative electrode, electrolyte and adhesives.

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The department’s experiment roomEscort manila By optimizing battery data, the energy density of phosphate steel batteries has also increased to more than 200Wh/kg. Although there is a big gap with the best ternary steel batteries, it has nearly doubled its energy density, and at the same time it has also improved space for improvement.

The development of the Nobel Chemistry Award has focused everyone’s attention on battery technology. In the evident future, energy Sugar baby will also replace fossil fuels as our important operating power. It can even be said that the next breakthrough in battery technology will be the most important in the history of human development after the second industrial reaction.A technical advancement is expected to not be too far away from that day.

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