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Lithium-ion Battery Testing Market Analysis and Technical Solution Recommendation

Lithium-ion Battery Testing Market Analysis and Technical Solution Recommendation

Demand for lithium-ion batteries around the world has seen rapid growth:

Experts predict that between 2020 and 2025, the lithium-ion battery market will grow at a compound annual growth rate (CAGR) of more than 12%. The demand for batteries is mainly concentrated in three core industries: consumer electronics (smartphones, tablets/computers, digital cameras, power tools, etc.), electrical transportation (ie electric vehicles), and energy storage grids. By 2030, passenger cars will account for the largest share of global battery demand (60%), followed by the commercial vehicle segment (23%).

The battery industry is facing huge testing pressure:

Battery companies must not only improve the automation level of production processes to meet the growing market demand, but also minimize production costs. And battery failures that occur at any stage of the product life cycle will cost manufacturers a high price. In the face of exponentially increasing production capacity and increasing battery types, more innovative battery testing methods are required in R&D, production and after-sales links to ensure that high quality standards are achieved, and earlier in the R&D and production process Eliminate potential defects.

The rise of battery non-destructive CT inspection:

Fortunately, a series of new detection technologies, such as battery non-destructive CT detection solutions, are emerging all over the world, becoming the secret weapon of many manufacturers. By detecting and identifying faults at an early stage to avoid losses to downstream links, manufacturers can maintain their leading position in the industry and seize market opportunities. CT inspection surpasses traditional test methods, and provides better, more comprehensive, and more reliable inspection methods. This means that manufacturers can perform failure analysis through detection at the very early stage of the development cycle, thereby reducing the losses caused to downstream links. CT inspection solutions help manufacturers improve and improve the production inspection process, and batch inspection can significantly reduce scanning time and increase production efficiency.

CT inspection program gives a clear view of battery defects:

With the help of non-destructive CT inspection solutions, it is easier than ever to detect abnormalities in battery components, batteries, and ESS and EV modules. With the help of lithium-ion battery defect recognition function, battery manufacturers and users can detect known defect sources and in-depth study of new types of defects. From OVERHANG inspection for soft packs and square aluminum shell cells, to internal foreign body and bubble analysis, tab welding defects and electrolyte height measurement, CT inspection can meet various inspection needs. With the increasing size of ESS and EV modules, the need for precise inspections such as resin filling, circuit connection, cell arrangement, and size control in the module is also increasing.

With the development of the battery market and the soaring global demand, the demand for better and more creative battery testing methods is becoming more and more urgent, and the application of CT testing in the battery testing process is already indispensable. CT non-destructive testing provides the necessary tools for battery manufacturers to meet the growing demand and maintain the leading position in the industry.