What are the applications of sodium ion batteries?

Sodium-ion batteries will be used in large-scale planning for electric energy storage. We are used to the large-scale use of lithium batteries. If sodium-ion batteries are used instead, what impact will it bring? At the moment, the biggest complaint of users of new-powered cars is the trouble of charging and the shorter range. If they are driven by sodium-ion batteries, will the situation improve significantly? The answer is yes. Nowadays, the sodium-ion battery demonstration project has been implemented in the Shanghai Super Carbon Center. After this demonstration project, it will be more conducive to the large-scale use of sodium-ion batteries in the field of electric energy storage, and the smart grid will serve the public. In the next 3 to 5 years, the industrialization of sodium ions can be realized in a large scale, and the future direction of the entire energy storage is quite bright. The new form of energy storage is combined with the power grid. Recently, a new low-cost sodium-ion battery industrialization project created by researchers from the School of Environmental and Chemical Engineering of Shanghai University, as the latest achievement of Shanghai’s independent original intellectual property rights, has entered the market and is expected to appear The economic benefit plan of industrial clusters will exceed 1 trillion yuan. Professor Wu Minghong, the team leader of the large-scale plan for the use of sodium-ion batteries in the project of electric energy storage, is an academician of the Russian Academy of Natural Sciences and the Academy of Engineering. She said: The batteries currently on the market have their own strengths and weaknesses. Although the most commonly used lead-acid batteries have low cost and mature skills, they have short lifespan, are not environmentally friendly, frequently protected, and have high recycling costs. Similarly, lithium batteries have high costs and poor safety features, and all-vanadium flow batteries have high manufacturing costs and have safety hazards. There are also high-temperature sodium-sulfur batteries, which not only have poor safety, but also have low energy density. After analyzing competitive products in the market, we have positioned the newly developed sodium-ion battery to be low-cost, safe and environmentally friendly. According to Wu Minghong's analysis, electricity is the ultimate use of clean power, and it is also the most efficient mode of use. my country's current power consumption accounts for 21% of terminal power consumption. With the rapid development of electric vehicles, electricity consumption will increase significantly, and will be concentrated in a certain area (in the community) of the existing urban power grid. On the other hand, the lack of space for existing urban power grids makes it difficult to renovate and upgrade. Therefore, there will be a shortage of electricity in the gathering charging area of u200bu200belectric vehicles. The energy storage microgrid with sodium ion energy storage as the core developed by Shangda, which uses distributed photovoltaic power generation as the energy source, combined with comprehensive power services such as electric heating, to create an incremental power distribution network demonstration base, aiming to study the use of energy storage The combination of scenarios and talents, energy storage and the power grid will gradually be implemented in the stock network, forming a new form of power usage, providing solutions for the power Internet, and helping drive the revolution. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous: What are the advantages of lithium battery electric vehicles?