In the expectant eyes of everyone, Li Moran stood up, looked around and said with a smile: "This is the thing. In April this year, the Software Department set a plan to enter the industrial software field. It has been half a year since then."

"We have made some progress. According to Mr. Luo's requirements, our first project to tackle is cfd software and computational fluid mechanics."

"So, this time, the hardware department develops a fan, and you can try to use our own industrial software."

"It should be noted that our cfd software is based on the computer version of the Star System. On our own system, we run our own software. The data security issue that everyone was worried about just now is not a problem."

Li Moran still had the same slow tone. After saying this, he sat back to his seat.

However, the colleagues in the hardware department were stormy at this moment.

Li Moran just revealed two important information, one is that the software center has created the cfd software with independent intellectual property rights.

And another information is even more amazing. Xingchen system evolved from a mobile operating system to a computer operating system!?

Should the Software Center take action against Microsoft after a while?

“Beautiful job!”

“The software department is really good!”

"In this way, our big problem will be completely solved!"

"The Software Department started to carry out industrial software projects half a year ago. It seems that Mr. Luo had expected that it would be today."

Everyone congratulated the Software Department, and were also impressed by Luo Jia's foresight.

Luo Jia smiled and said, "You don't have to be too happy too early. Although the cfd software has been written, it still needs to be tested."

"For projects like wind power generation that involve a large number of commercial secrets, we must use our own software. If colleagues in the hardware department find out what shortcomings are in industrial software, please point it out immediately. Let the software department improve it and work together to truly implement this set of industrial software."

Although the software legion of Xingchen Technology is very high, it is the first time to make industrial software. It is a time to cross the river by feeling the stones. Luo Jia does not guarantee that it will be particularly useful.

I have to mention here that the four newly appointed managers of the Software Center, Tao Tao, Zheng Lin, Bai Xianyong and Wei Jianing.

The four of them all came to Xingchen Technology from an international first-class industrial software group, and they all had senior management.

The company's ability to achieve results in the very difficult industrial software field in such a short time is entirely due to the rich experience of these four people and the arduous struggle.

Of course, the software center has expanded from 1,200 people six months ago to nearly 2,000 people now, and there are many experts invited from all over the world to take charge. Wei Jianing and the others are just representatives of this group of elites.

Wind power is a huge project. When everyone discusses these things, it is already noon.

Luo Jia asked the administrative department to pack the lunch in the cafeteria and send it over. Everyone continued to discuss while having a meal.

Basic materials and fluid mechanics software have already taken directions, and Luo Jia has begun to allocate the person in charge of other projects such as electromechanical, telex, surveying and mapping, meteorology, etc.

It is no exaggeration to say that this time, all the elites have emerged.

The company's 5,000 researchers have a scale of 5,000, and other forces are directly or indirectly serving wind power projects, except for the left-behind staff in these departments.

Cooksport, Germany.

Just as Star Technology began research on Carmen's vortex street effect power generation, Siemens and Rhine Group's deep-sea energy storage experiments are also in full swing.

When it comes to offshore wind power generation, there is actually a reason why Europe has developed technology, and the most important one is the Beihai.

The wind resources of the North Sea are much higher than those of the coastal areas of our country. Of course, you can also understand that the climate is harsh and the bitter sea breeze is blowing all year round.

In such an environment, living by the sea is like suffering, and it is most suitable for generating electricity.

Therefore, Europeans began to study how to use the wind resources of the North Sea since early on.

Coupled with the influence of the game between big powers, Europe does not like to hand over its energy lifeline to Russia. Even though the Soviet Union has been disintegrated for decades, the European continent is still always guarding against the combat nations in the north.

Although the North Sea produces the world's highest quality crude oil and the Middle East has a good relationship with Europe, in addition to crude oil, Russia's real killer is actually natural gas.

The natural gas delivered to Europe through pipelines through Ukraine is much cheaper than the LNG shipped from the Middle East. Europe is like a drug-addicted patient, that is, he does not like Russia and cannot live without them.

Anyway, based on many of the above reasons, it has led to the crazy research and development of nuclear and wind energy in Europe, and a series of nuclear and wind energy giants led by Areva, Siemens, and Vitas have emerged.

To be fair, Europe's nuclear energy technology and wind energy technology are both higher than my country. The fan manufacturer led by Huarui has referenced many Siemens' designs, and the third-generation nuclear power plant of China General Nuclear Corporation is also the imported Areva technology.

This time, facing Xingchen Technology's aggressive offensive in the fields of wind power and energy storage, the Germans once again stood up.

Siemens and Rhine Group officially conducted large-scale testing of deep-sea energy storage technology, and also joined forces with Danish giants Maersk and Vitas to prepare for an unprecedented European wind energy consortium.

Not only were experts from Germany and Denmark participating in the test, but also many well-known scholars from North America and Europe. They were excited to read the various data generated after the test was unfolded in the North Sea.

So far, the tests have been very smooth.

As Luo Jia predicted, deep-sea energy storage is a genius design. It breaks away from environmental limitations and directly uses water pressure as a natural energy storage medium. It is also very cheap in terms of cost.

If Star Technology's supercapacitors were not born, deep-sea energy storage should be the best technology in the world.

Judging from the current situation, supercapacitors and deep-sea energy storage have their own advantages. The advantage of supercapacitors is that they cost only three cents per kilowatt-hour. Although the cost of deep-sea energy storage is high, they are built at a fast speed and do not occupy land space.

As the test progresses, exciting news keeps coming.

Hundreds of experts from the experimental center were excited about this. They all believed that they had found the best way to deal with the Chinese. With deep-sea energy storage technology, the gap with Xingchen Technology can be shortened.

Moreover, the Germans learned enough lessons from the experience of World War II.

They finally understood the truth that they were not afraid of opponents like gods, but were afraid of teammates like pigs.

If it weren't for the ally Yidaili who had been defeated repeatedly, and if it weren't for the arrogant Neon people's sneak attack on Pearl Harbor, leading to the full participation of North America in the war, it would be very likely that most parts of Europe today would have spoken German.

Anyway, the Germans have become smarter, and the first ally they choose for themselves is North America, the only super country in the world.

Jaryn of Bell Labs, Jones of Los Labs, has been in Germany for more than a week and has witnessed this great experiment with her own eyes.

For new energy in the future, batteries alone are not enough, and energy storage and green power generation are also indispensable.

Assuming that the Germans are willing to transfer their technology will be extremely beneficial to North America and all countries that have trade competition with China.

And are the Germans willing to transfer deep-sea energy storage technology?

I am willing, but there is a necessary condition, that is, North America's Super Five Hundred Plan and Germany's Super Battery Plan also need to share technology.

With this condition, Dr. Jones and Dr. Jerryn flew back to North America from Europe without stopping.

At the end of October, Baoshan Base.

Luo Jia received a call from An Ran in the office, and then he put on a coat, left the office, and went to Xingchen Research Institute.

An Ran and Bai Xianyong from the Software Center were together, surrounding a large screen, constantly pointing fingers.

Industrial software is divided into many varieties, and the cfd software for fluid mechanics was developed by Bai Xianyong. At this moment, the software department and the hardware department are working together to conduct final debugging of the cfd software.

"Mr. Luo, I think there is no problem with the software." An Ran said to Luo Jia a little excitedly, "The cfd software independently developed by the company is really powerful. I personally think that the integration is higher and more comprehensive than traditional old industrial software such as cfx and fluent."

Bai Xianyong said very modestly, "That's because Mr. Luo asked to make cfd first, so the entire software department has been working hard on fluid mechanics in the past three months and gathering all our strength."

Luo Jia smiled and said, "The company has the ability to develop industrial software. The biggest advantage is that it can be customized. From now on, if you need any special plug-ins on the hardware department, you just need to say hello to the software department."

Bai Xianyong nodded repeatedly, "Yes, industrial software is still a service to industry. I used to work for Siemens, Siemens' industrial software department. A very important part of the job is tailor-made for the hardware department."

"Many of the software used by these international giants are unique. If you want to surpass them in industry, you must first have your own software system."

Since Anran feels that the company's cfd software is very mature, the next job Luo Jia needs to do is to promote industrial software. After all, he has invested so much resources to build industrial software, and he will eventually make money.

At present, there are many institutions in China that apply fluid mechanics, but when it comes to the most important application scenario, it should be the field of aircraft.

Of course, rockets, missiles, and aerospace fields also require computational fluid mechanics, but Luo Jia doesn't understand the military aerospace industry and aerospace. They should not use the civilian version of the software, right?

After returning to the office, Luo Jia sat in her seat and thought that COMAC was very close to her. The key was that she had never had much interaction and needed to find someone to recommend her.

Luo Jia soon thought of Professor Ouyang. He is not only a well-known scholar in China, but also seems to be a bridge for communication between Xingchen Technology and the upper level.

Last time in the capital, Professor Ouyang told Luo Jia mysteriously that some people were very satisfied with his speech, probably representing the meaning of the senior management.
Chapter completed!