Of course. Current lithium battery technology is very mature. It also depends on the type of lithium battery used.
Currently, the main lithium batteries for electric vehicles on the market are mainly divided into three types: lithium manganate, ternary lithium and lithium iron phosphate.
Most manufacturers use lithium manganate, such as Giant, Xinri, Yadi and Emma. The lithium batteries produced by these manufacturers are all lithium manganate. The representative manufacturer is domestic Xinheng lithium battery. Ternary lithium is mainly used in foldable lithium electric vehicles. However, I personally do not recommend it because it is dangerous.
The best is the lithium iron phosphate battery. Extremely long life and good cycle times. The lifespan is 2.5 times that of lithium manganate. The performancesHigh current discharge ances are also excellent. The key issue is that security performance is very good. No explosion or fire.
It is incomparable with lithium manganese and ternary lithium. But lithium ferrophosphate also has its drawbacks. That is to say, the volume is greater than that of manganese, lithium and ternary. Low temperature performance is not as good as manganese, lithium and ternary. However, the impact is not significant in areas where the temperature is not lower than 15 degrees Celsius.
If conditions permit, lithium batteries are preferable.
1. Lithium batteries are lightweight, usually 4 kg, and a little girl can easily carry them; a set of lead-acid batteries typically weighs 17kg, and even a grown man will be exhausted carrying them around. them upstairs.
2. Lithium batteries pecan be charged and discharged up to 1,200 times and can be used for about 3-5 years; Lead-acid batteries can be charged and discharged about 300 times and generally can only be used for 1-2 years.
3. Lithium electric vehicle motors are generally high-speed geared motors, which have a unidirectional guiding function, much like a large flywheel. It’s as simple as riding a lead-free bike; Electric vehicle motors are generally low speed. With a toothless motor, if there is no power, people have to overcome the resistance of the phase wires cutting the magnetic lines when they roll, basically they don't move and they can only find 'a motor. car to remove it.
The key to buying a lithium electric vehicle is the battery. Nowadays, lithium battery technology, whether imported or domestices, is very mature on the market. purchasing power, not because manufacturers have no foresight.
Typically there will be a manufacturer logo on the bottom of the battery case. The best ones include: Shuangyili, Yili, Lishen, Yuyingweida, Beimate, etc., but they are more expensive, so you can do it. use them with confidence.
At present, large manufacturers are making lithium batteries, such as Fujitec, Yadea, Emma, Baodao, etc. If your finances allow, you can buy more high-end ones, like Giant and Goodbaby.
Yifeixiang lithium battery electric vehicle is a lithium battery electric vehicle produced by Changxing Feiyang Power Energy Technology Co., Ltd. The company was developed from the former electric vehicle division of Zhejiang Xinghai Energy Technology Co., Ltd. It is a global company specializing in research and development, sales andgration of lithium-ion electric vehicles. Yifeixiang brand electric vehicle component manufacturers are all from well-known domestic tire brands: Taiwan Kendai. Transmission system: Japan Shimano. Motor: High speed brushless DC motor. It has passed IS9001 quality system certification, IS1400 environmental system certification and CE certification. In addition, the company jointly established a lithium-ion battery R&D center with Zhejiang University in 2006, focusing on the use of lithium iron phosphate as cathode material.Production technology of power lithium batteries made from high quality materials and the technical application of electric assist motorcycles powered by lithium batteries. With the participation of scientific and technological personnel from Zhejiang University, the company formed a research teamstable and high-quality scientific research, thus fully ensuring sustainable leadership in various technologies.