Ningde Times Investment Software Company -Lithium - Ion Battery Equipment

Ningde Times Investment Software Company -Lithium - Ion Battery Equipment

Every move of a leading company has attracted much attention because it affects the upstream and downstream industries, affects the surrounding industries, triggers changes in the business format, and is prone to the domino effect. At the end of last month, the news that CATL invested 3.2 billion yuan to set up a software company attracted a lot of attention.

The industrial and commercial registration shows: On October 25th, Ningde Times Runzhi Software Technology Co., Ltd. (hereinafter referred to as "Ningde Times Runzhi") was established. The company is 100% controlled by Ningde Times, the legal representative is Zheng Shu, and the registered capital is 3.2 billion. The business scope includes: software development, software sales, software outsourcing services, computer software and hardware and auxiliary equipment wholesale, etc. Its registered address is Science and Technology Building, No. 2, Xingang Road, Zhangwan Town, Jiaocheng District, Ningde City, Fujian Province.(Lithium - Ion Battery Equipment)

The CATL era is the focus of the capital market, with a market value of more than 1.5 trillion yuan (today's closing price) after only four years of listing. It is the second-largest company in my country's A-share market after Kweichow Moutai. Founded in 2011, the company has grown into the number one supplier in the global power lithium-ion battery market in just ten years, accounting for more than 30% of the global power lithium-ion battery market. Ningde Times has labels such as "the world's first supplier of power lithium-ion batteries" and "Tesla battery supplier".

In the Ningde era, it was a big effort to invest in software, and it should not be too much money. Although CATL has currently made strategic investments in 33 downstream companies with an amount exceeding 19.2 billion yuan, these investments are mainly concentrated in energy storage systems, lithium battery materials, lithium-ion battery intelligent equipment manufacturing, autonomous driving and other fields. Start-up companies. It is the first time that I have invested heavily in making software by myself.

Why do software

Why did CATL spend a lot of money on software? It stands to reason that the Ningde era has obvious advantages in the field of power lithium-ion batteries, and now power lithium-ion batteries are a buyer's market for car companies. "Heart" to flow the river of software that he is completely unfamiliar with.

One of the reasons for spending a lot of money on software is to support the company's future development strategy.

At the Na-ion Battery Press Conference of CATL held in July this year, Zeng Yuqun, founder and chairman of CATL, announced three strategic directions for the company. One is to replace stationary fossil energy with renewable energy power generation and energy storage; Focus on chemical energy storage. The second is to use power lithium-ion batteries to help the development of electric vehicles, improve battery performance, and accelerate the full electrification of transportation. The third is to speed up the replacement process of new energy in various fields with integrated innovation of electrification and intelligence. The key words are "energy storage", "battery performance" and "circulation system".

These three strategies CATL will be supported by the establishment of four major innovation systems, including "promoting material system innovation", "promoting structural innovation with CTP (module-free technology), CTC (battery integration technology), etc.", "promoting intelligent Manufacturing Innovation” and “Building a Circular System to Promote Business Model Innovation”. None of the four major innovation systems can be built without software.

In fact, in the rapid development and great breakthroughs in the CATL era, software and various information technologies have repeatedly made military exploits. In July this year, the first-generation sodium-ion battery of CATL came out, which broke through the expert-level problem of the rapid capacity decay of Prussian white in the sodium-ion battery during cycling. The key to solving this problem is related to the construction of a high-throughput materials integrated computing platform and atomic-level simulation. With the help of the high-throughput materials integrated computing platform, materials can be simulated and designed at the atomic level. The combination of various material genes has developed various materials that are more suitable for sodium-ion batteries.




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