one
< br >
NIO ET7 150kWh Market time: Summer 2023 (expected) As early as NIO Day in 2020, NIO officially released a 150kWh semi-solid state battery, jointly developed by Weilan New Energy and NIO, and the positive and negative electrodes of the battery are high-nickel silicon carbon The pre-lithium product line has an energy density of up to 360Wh\/kg, which is higher than the Kirin battery of the Ningde era and the 4680 battery of Tesla. However, due to the cost problem, NIO's 150-degree semi-solid state battery has not yet achieved mass production, and the company's co-founder Qin Lihong only revealed that the semi-solid state battery will be officially listed in the summer of 2023 at the earliest, and may be prioritized for NIO ET7.
< br >
two
< br >
< br >
3. Cyrus SF5
< br >
Market time: within 2023
< br >
At the beginning of this year, Ganfeng Lithium announced a joint research and development of semi-solid state batteries with Celith Group, and the first product of the cooperation will be a terpolymer solid-liquid hybrid lithium battery, which will be carried on the pure electric version of Celith SF5, and is expected to be launched in 2023. The energy density of the battery can reach 260Wh\/kg, and the low temperature energy retention rate can reach 85%, which is expected to provide the vehicle with a maximum WLTC pure electric range of 530 kilometers.
At present, there are several new energy vehicles using solid-state batteries on the market, such as Japan's Toyota Mirai, Toyota e-TNGA concept car, Nissan Ariya concept car, and China's future car Blue whale MARS. Solid-state batteries used in these models have the advantages of fast charging speed, long battery life, and high safety. It can provide a more solid energy foundation for new energy vehicles, and will become one of the mainstream development directions of new energy vehicles in the future.
1. There are already some new energy vehicles that use solid-state batteries. 2. Solid state batteries have higher energy density and faster charging speed than traditional liquid batteries, and have higher safety and stability. Therefore, new energy vehicles using solid-state batteries can provide longer driving range and shorter charging times, while reducing the risk of fire and explosion. 3. In addition, solid-state batteries also have a longer service life and a wider operating temperature range, which can adapt to more use environments. Therefore, solid-state batteries are expected to become one of the important technologies for new energy vehicles in the future, and bring more innovation and development opportunities to the automotive industry.
Answer Formula 1: There are many types of new energy vehicles with solid-state batteries.
Solid-state battery is a new type of battery technology, with high energy density, safety and fast charging capabilities, so it has a wide range of application prospects in the field of new energy vehicles. At present, some new energy vehicles using solid-state batteries have begun to be launched on the market, and more research and development and production are underway. For example, Tesla and battery maker CATL are working together to develop solid-state batteries that will be used in Tesla's electric vehicles. In addition, some other car manufacturers are also actively researching and promoting the application of solid-state battery technology, hoping to launch more new energy vehicles based on solid-state batteries in the future to provide higher performance and more convenient charging experience.