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SK On All-Solid-State Battery Breakthrough: Temperature isostatic Pressure Technology Improves Manufacturing Process

2025-09-19 05:10:35 car

SK On All-Solid-State Battery Breakthrough: Temperature isostatic Pressure Technology Improves Manufacturing Process

In recent years, all-solid-state batteries have become hot research topics in the new energy field due to their high energy density, fast charging capabilities and excellent safety. As a world-leading battery manufacturer, SK On has recently made major breakthroughs in the technology of Hot Isostatic Pressing (HIP), significantly improving the manufacturing process and performance of all-solid-state batteries. This article will combine the hot topics on the entire network for nearly 10 days to deeply analyze the details of this technological breakthrough and its impact on the industry.

1. Key points of breakthroughs in SK On temperature isostatic pressing technology

SK On All-Solid-State Battery Breakthrough: Temperature isostatic Pressure Technology Improves Manufacturing Process

SK On solves key problems in the manufacturing of all-solid-state batteries through temperature isostatic pressing technology, including poor interface contact between electrodes and electrolytes and insufficient densification of materials. Here are the core advantages of this technology:

Technical parametersTraditional methodSK On HIP Technology
Interface contact efficiency70%-80%More than 95%
Material density85%-90%More than 98%
Production cycle12-24 hours4-6 hours

2. Analysis of the linkage of hot topics across the network

In the past 10 days, all-solid-state batteries and new energy technologies have become the focus of global technology media. The following are statistics on hot topics:

Hot TopicsSearches (10,000 times)Main discussion platform
Commercialization of all solid state batteries120Twitter, Zhihu
SK On technology breakthrough85LinkedIn, Technology Blog
New energy policy support150Weibo, Reddit

3. Industry impact of technological breakthroughs

SK On's temperature isostatic pressure technology will promote the large-scale production of all-solid-state batteries, with specific impacts including:

1.Cost reduction: The production cycle is shortened by more than 50%, and the manufacturing cost is expected to drop by 30%.

2.Performance improvement: The battery energy density is expected to exceed 500Wh/kg, far exceeding the current limit of lithium-ion batteries.

3.Security enhancement: Solid electrolyte completely eliminates the leakage and combustion risks of liquid electrolyte.

4. Future prospects

With the technological breakthroughs of SK On and other companies, the commercialization process of all-solid-state batteries will accelerate. Industry insiders predict that the global all-solid-state battery market size will exceed US$10 billion in 2025, and temperature isostatic pressure technology may become the standard process in the industry. Here are the key milestones for the next three years:

Time nodeExpected progress
Q2 2024SK On completes the pilot production line construction
Q1 2025The first batch of on-board batteries delivered
2026Global market share exceeds 15%

Conclusion

SK On sets a new technological benchmark for the field of all-solid-state batteries through temperature isostatic pressing technology. This breakthrough not only solves the bottleneck problem of manufacturing processes, but also promotes innovation in new energy vehicles, energy storage systems and other fields. With the advancement of global carbon neutrality goals, the importance of all-solid-state battery technology will become increasingly prominent.

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