What kind of technology is it? The author senior takes you to explain its logic:
1. The research team of Tokyo Institute of Technology in Japan, in the authoritative American journal Science, released their latest scientific research results: successfully improving the fast charging performance and capacity of all-solid-state batteries. This breakthrough has pushed the original fast charging performance indicators to an unprecedented height, with an increase of up to 38 times. What's even more exciting is that they also calculated the cathode capacity per unit electrode area, achieving 1An 8-fold increase, this achievement is undoubtedly world-leading. This innovation not only demonstrates the scientific research team's deep strength in the field of battery technology, but also provides new possibilities for future energy storage and fast charging technology.
2. Newly developed solid-state electrolyte, which is the basic material of all-solid-state batteries
With this revolutionary solid electrolyte material, we can extract close to 90% of the theoretical energy value from the cathode at a comfortable room temperature of 25 °C. This achievement not only increases the battery capacity per square centimeter electrode to a breakthrough 25 milliamps, but is also the pinnacle of the technology currently known. The application of this material is like injecting vitality into the battery, so that it can exert its remarkable energy potential at room temperature and pressure, and opens up a new path for the development of battery technology in the future.
3. There is also good news from the Chinese scientific research team
After careful research and development, we have successfully launched a new solid-state electrolyte that has a combined performance comparable to today's market-leading sulfide and chloride solid-state electrolytes. Excitingly, the cost of this electrolyte is only 4% of the latter, and this groundbreaking** positioning makes it very potential for industrial applications. This innovation has been featured in the internationally renowned academic journal Nature Communications, demonstrating our outstanding strength and forward-looking vision in the field of solid-state electrolytes to the world. We firmly believe that the advent of this new solid-state electrolyte will bring revolutionary changes to the related industries and push the entire industry forward a big step.
Since the beginning of this year, the performance of the entire new energy track has been sluggish, and the concept of solid-state batteries is no exception.
Solid-state batteries are currently in their infancy, and industrialization still takes time, and it is expected that China's solid-state battery shipments will reach 251 in 20301GWh, the market space is expected to reach 20 billion yuan in 2030.
On the a** field, there are more than 60 listed companies in the solid-state battery industry, and the author selects 5 relevant potential companies from the market (you can collect and study).
The first one:Newly promoted to solid-state battery leader
Photovoltaic + hydrogen energy + solid-state battery, a leading enterprise with hot spots, has broken through the new technology of solid-state battery
The performance of the report is outstanding, the funds are favored, the main force has entered the market in large sums recently, the main chips are concentrated, the trend is determined, and it has begun to accelerate
The stock price is 18 yuan, the total market value is less than 30 billion, and it is expected that there will be 90% upside for the breakthrough.
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The second: Zhongzi Technology
The company will complete the construction of a pilot production line for solid-state oxide fuel cell (SOFC) single batteries, and carry out the development of solid-state batteries and their core materials with a team of professors from the University of Electronic Science and Technology, which is currently in the research and development stage.
The third: British Union shares
The company's aluminum-plastic film business is jointly researched and developed by the company and Royal Wassen Flexible Packaging Co., Ltd., which is currently in the process of sending samples to application enterprises for feedback, and has not yet entered the mass production stage.
Fourth: TD Optics
The company's aluminum-plastic film can be used in solid-state batteries, which are mainly used in the packaging of high-energy-density and high-safety soft-pack lithium-ion batteries for mobile phones, computers, power banks and other related consumer electronics, energy storage, new energy vehicles and vehicle drives.
The fifth:Ganfeng Lithium
The company is carrying out extensive research on solid-state lithium batteries, which are expected to significantly reduce the safety issues and improve the energy density of first-generation lithium batteries, and the solid-state lithium batteries in the trial production stage have passed a number of third-party safety tests.