Reengineering of battery technology: Gotion Hi-Tech leads the new energy revolution
On May 17, 2024, at the 13th Science and Technology Conference of Gotion Hi-Tech, a far-reaching battery technology revolution is quietly staged. This well-known Chinese new energy company has successively released three breakthrough battery products: Jinshi Battery, G-Eng Battery and Xingchen Battery, which has aroused strong attention and extensive discussion in the industry.
These three new battery technologies will undoubtedly set off a storm of technological innovation in their respective fields. Goldstone Battery has achieved unprecedented energy density with all-solid-state technology, G-Engraved Battery has subverted the limit of traditional fast charging speed, and Xingchen Battery has created the industry's first "never fire" battery solution. These innovations will undoubtedly bring new development opportunities for new energy vehicles, consumer electronics and other fields.
Just when all walks of life are excited, this science and technology conference of Gotion Hi-Tech highlights the company's leading position in the field of battery technology. As an important pole of China's and the world's new energy industry, Gotion Hi-Tech is leading a new round of battery technology revolution and reshaping the development pattern of the new energy era by virtue of continuous technological innovation and industrial layout.
All-solid-state technology leads the safety revolution: Goldstone batteries usher in a new era of high energy density
As we all know, the energy density of lithium-ion batteries, as the current mainstream energy storage technology, is basically close to the ceiling. To further improve the energy density of batteries, it is important to break through the bottleneck of traditional lithium-ion systems. The new Jinshi battery launched by Gotion Hi-Tech uses all-solid-state technology to achieve this breakthrough.
Compared with traditional lithium-ion batteries, the all-solid-state technology used in Kingstone batteries has many advantages. The first is a significant increase in energy density. The energy density of Jinshi battery is as high as 350Wh/kg, which is more than 40% higher than the current mainstream ternary lithium battery. This means that under the same volume and weight, Goldstone batteries can provide a stronger endurance. This will be a revolutionary change for applications that require high range such as electric vehicles.
Secondly, all-solid-state technology also brings a qualitative improvement to battery safety. Traditional lithium-ion batteries use a liquid electrolyte, which has certain safety risks. The use of solid-state electrolyte not only eliminates the risk of electrolyte leakage, but also greatly improves thermal stability. Guoxuan Hi-Tech said that Jinshi battery passed the rigorous hot box test of 200 degrees at one time, creating a new industry standard. This undoubtedly provides a more reliable safety guarantee for fields such as electric vehicles.
In addition, the all-solid-state technology also gives the Goldstone battery better service life and low-temperature performance. Compared with traditional batteries, the performance decay of Kingstone batteries is slower when they experience high temperature environments, and they can maintain high charge and discharge efficiency under low temperature conditions. These characteristics will provide strong support for the expansion of battery application scenarios.
It can be said that the birth of Goldstone battery marks a breakthrough application of all-solid-state technology in the field of batteries. This not only greatly improves the energy density and safety of batteries, but also injects new kinetic energy into the development of new energy. In the future, with the increasing maturity of this technology and the expansion of its application scope, it will surely promote battery technology to a new height and contribute more to the sustainable development of human society.
G-Tick Battery Subverts the Limit: Ultra-fast Charging Technology Leads a New Blueprint for Battery Applications
In addition to the energy density innovation of Jinshi battery, Gotion Hi-Tech also released another blockbuster product at this conference - G-engraved battery. The highlight of this battery is that it is equipped with 5C super fast charging technology, and the charging speed has reached a new high.
As we all know, the improvement of battery charging speed has always been the goal pursued by the industry, but at the same time, it will also increase battery heat generation, and battery life and safety will also be affected to a certain extent. Therefore, it is difficult to achieve a leapfrog breakthrough in the field of fast charging. But it is precisely with a series of independent innovation technologies that G-Eng batteries have successfully expanded the limits of fast charging.
According to Gotion Hi-Tech, the G-Engraved battery can be charged from 10% to 80% in 9.8 minutes and from 10% to 90% in 15 minutes. This is at least twice as fast as the current mainstream batteries. At the same time, the G-Tick battery also has excellent low-temperature performance, and can maintain high charging efficiency even in the environment of -20 degrees Celsius.
This significant improvement in charging efficiency not only greatly shortens the user's charging time, but also helps to expand the application of batteries in more application scenarios. For example, for electric vehicles, ultra-fast charging will undoubtedly greatly alleviate users' range anxiety and boost the large-scale popularization of new energy vehicles. For example, for mobile electronic devices, ultra-fast charging technology can also bring a new user experience and greatly improve the practicality of the device.
In addition to the breakthrough in charging speed, G-Tick batteries also use a variety of chemical systems such as lithium iron phosphate, lithium iron manganese phosphate and ternary system to meet the needs of different application scenarios. This full-scene coverage design also further expands the application boundaries of G-engrave batteries and injects new vitality into the development of the industry.
It can be said that the birth of G-engraved battery marks a major breakthrough in the field of battery fast charging. This not only refreshes the limits of fast charging technology in the industry, but also injects new momentum into the breadth and depth of battery applications in the future. With the gradual application and maturity of this technology, it is believed that it will bring more convenient and efficient electricity consumption experience to human society.
Morning Star Battery: A safety blueprint for "never fire".
On the basis of Jinshi battery and G engraved battery, Guoxuan Hi-Tech also released another high-profile new product at this conference - Xingchen battery. The battery's most striking feature is its groundbreaking "never fire" safety design.
We know that battery safety has always been a top priority for the new energy industry. Especially under the development trend of large-scale batteries and high energy density, battery safety has become a key obstacle to the further development of the industry. However, it is precisely with a series of cutting-edge technologies that Xingchen Battery has successfully achieved the safety goal of "never fire".
First of all, Xingchen battery adopts the second-generation silicon carbon material and ultra-fast electrolyte independently developed by Gotion Hi-Tech, which greatly improves the thermal stability of the battery. At the same time, its unique structural design can also quickly release 70% of the heat to the outside of the battery pack within 3 seconds, greatly mitigating the risk of thermal runaway. These technological innovations lay the foundation for the safety goal of "never fire".
In addition, the battery is also equipped with wireless BMS technology and multi-faceted strong cooling technology, which further strengthens the safety protection of the battery. The wireless BMS can monitor the various state parameters of the battery in real time, and timely warn and deal with abnormal conditions. The multi-faceted intensive cooling technology can achieve rapid cooling of the battery under extreme conditions, ensuring that the heat is dissipated in time.
In general, with a series of cutting-edge technologies, Xingchen Battery has built a comprehensive battery safety protection system. From materials and structures to system control, every link is committed to preventing thermal runaway accidents. This safety concept of "never catching fire" undoubtedly provides a stronger guarantee for high-energy-intensive application scenarios such as electric vehicles.
The release of these three new products of Gotion Hi-Tech undoubtedly marks that China's new energy battery technology once again leads the global frontier. Jinshi Battery, G-Engraved Battery and Xingchen Battery have achieved unprecedented breakthroughs in the three key indicators of energy density, charging speed and safety, reshaping the new blueprint for the development of the industry. These innovations will not only bring new opportunities to new energy vehicles and consumer electronics, but also inject new impetus into the sustainable development of human society.
Technological innovation has never stopped, and Gotion Hi-Tech is taking advantage of the momentum to accelerate the transformation of battery technology. As a leader in China's new energy industry, the company is using a series of scientific and technological innovation achievements to lead the industry to develop in a safer, more efficient and more reliable direction. It is believed that in the near future, Gotion Hi-Tech will promote more disruptive technological breakthroughs and contribute more to the better life of all mankind.