Boosting the development of Jiewei's power battery business into a new stage. Prediction of the development of the rigid-flex board industry. Supports 1+N AXI technology (customized.
The situation in the new energy vehicle industry is severe. New energy vehicles and micro electric vehicles have obvious advantages in terms of scale and delivery in the industrial cycle, and will be adjusted from two years to three years in the future. As the core of electric vehicles, electric vehicles will also grow into one of the largest suppliers in the industry in the long term. The power battery market will be the wind vane of the automotive industry. There is potential for improvement, electric vehicle technology will explode, and the power battery industry will show explosive growth.
The national policy mainly refers to the entry of the automotive industry into the electric vehicle industry and the maintenance of a development model comparable to lithium-ion batteries.

In terms of passive component technology, advanced electronic components with characteristics such as high power, high frequency, ultra-low power consumption, and long service life are the development trend of electric vehicle drive and power battery technology. With the increasing demand for automotive electronics and the development trend of high-performance and highly integrated chips, the progress of related technologies has continuously promoted better progress.
With the advancement of technology, the application of passive components in the field of power batteries is also constantly growing. Its main growth points and many information themes that have not happened in the past and company representative issues have all led to improvements in issues such as power battery usage and structure, safety, environmental protection, and recycling.
Passive components are mainly developed during the design phase of power batteries, and are used to increase energy density in industries such as new energy vehicles, driving the industrialization process of new energy.
Thin film batteries mainly refer to materials that use thin films as raw materials for power batteries as carriers and conductive agents. As a bond and conductive agent, they have many advantages.
The electrostatic capacity of electrolytic capacitor can range from 10 to hundreds of PFPM. Generally speaking, the weight change of ordinary electrolytic capacitor at 10PFPM is about 20%~30%, while that of supercapacitor is about 30%~40%, and can reach several PFPM.
The capacity of ordinary capacitors is 125- μ f. Supercapacitors at 100- μ f. 1FE and 1FE are between 20-3FE.
RUBYCON agent RUBYON capacitor ruby capacitor safety regulation capacitor supercapacitor dynamic.