Great Power Heavy Industry: Rise

Chapter 162 The Golden Crow Project
Zhong Cheng's so-called wish for nothing, and no other ideas.

Director Zhao and Ye Wenxin are experts in the field of controllable nuclear fusion. Their help can greatly speed up the optimal design of the Suihuang nuclear fusion power unit.

Zhong Cheng and the others simply put together some existing related devices.

Except for the ion engine part, they are real experts.

Others, such as high-energy accelerators, super tokamaks, stellarators, condensation power generation devices, etc., they are not yet experts.

As for the optimal design of the Suihuang nuclear fusion power generation unit, it is related to the formulation of the construction plan that Zhong Cheng will complete.

Although it can be continuously improved during the construction process and even later in the production process.

But if there is a relatively mature design plan at the beginning, it will not bring about subsequent major changes.

The funds involved in a slight modification of this level of engineering are calculated in the hundreds of millions.

Three days later, July 10.

Before Zhong Cheng's plan was written, he received a notice from Dean Ye.

The country hopes that the first nuclear fusion power generation unit will be put into practical use before July next year, and 7 nuclear fusion power generation units will be installed in coastal areas to solve the power shortage problem by the end of next year.

In order to ensure the fastest completion of Huaxia's energy transformation plan, the reorganization and merger plan of Beishan's military enterprises will be implemented ahead of schedule.

The construction project is handed over to the merged Hongxing Heavy Industry Group for completion, and the construction funds are not limited, depending on the specific implementation of the project.

This project was named "Project 1028" and externally known as "Golden Crow Project".

"Golden Crow Project?"

Zhong Cheng thought about it in his mind. Jinwu refers to the alias of the sun, also known as "Chiwu", which is one of the divine birds in ancient Chinese myths and legends.

In ancient Chinese mythology, there is a black three-legged crow in the center of the red sun, and the black crow crouches in the center of the red sun, surrounded by golden "red light", so it is called "Golden Crow".

Isn't controllable nuclear fusion the "artificial sun"? It's just right to use "sun" to name this project.

Zhong Cheng was shocked by the decision made by the country so quickly. Controlled nuclear fusion power generation can fully replace thermal power, hydropower, or even photovoltaic and wind power. This seems easy, but it is actually very difficult to decide.

The traditional energy industry involves too many practitioners, and the interests involved are very complicated. To complete the replacement within five years, there are too many things that need to be handled by the state.

Although future nuclear fusion power plants will also need people, they will not accommodate more than one percent of the original employment.

The problem of reemployment of these millions of people is a complex system engineering.

Everything has advantages and disadvantages, it just depends on who is bigger.

What Zhong Cheng didn't expect was that because of the Golden Crow Project, the reorganization and merger of military enterprises in Beishan City were completed ahead of schedule.

This is a surprise!
The merged Red Star Heavy Industry Group will definitely provide greater convenience for his research and development work, at least Lin Wei can be assigned to his team as a matter of course.

Zhong Cheng found that Lin Wei's help in the field of materials science was needed more and more in the future.

Energy and materials are the two cornerstones of modern industry.

He doesn't want to be limp!

11 month 10 day.

With the help of Director Zhao and Ye Wenxin, Zhong Cheng's team completed the optimal design of the Suihuang nuclear fusion power unit.

Further optimization requires finding problems in the actual manufacturing process.

Zhong Cheng asked others to start designing drawings and formulating manufacturing processes, and he himself started to compile the implementation plan of the Jinwu project.

This is the third time for Zhong Cheng to compile the project implementation plan for the large-scale machinery manufacturing industry.

From the daily project with an investment of 100 billion yuan, to the Donghai project with an investment of more than 1000 billion yuan, to the current Jinwu project.

He actually likes the preparation of this kind of engineering implementation plan very much, which is the implementation stage after the most difficult research and development work is completed.

The sense of accomplishment of turning his ideas into reality finally brought him great satisfaction.

He is a man of value!
A person who is very valuable to the country and the nation!
Zhong Cheng considered that there is not much land left for the East China Sea Project, and he originally planned to use it for the manufacture of heavy bombers or large civil aviation aircraft.

One is that it is not enough, and the other is that it will be very troublesome to re-plan after the large aircraft project is launched in the future.

As for the land for the daily project, it has long been used up, and the land in the later period is almost used up.

Therefore, he decided to flatten more than a dozen mountains in the north of the main factory area of ​​Red Star Company and the east of the R&D Institute for the Jinwu project.

Except for raw materials, standard parts and a small number of components, all other components of the Suihuang controllable nuclear fusion generator set are manufactured by ourselves.

After the construction of dozens of factories in this series, more than 2 mu of land will be lost.

The assembly workshop occupies the largest area and has the highest investment. Based on the annual output of 600 units, 50 units a month, or 10 days to assemble one unit, 17 assembly workshops need to be built.

Such a workshop is much larger than a normal factory building.

After the final optimized design, the Suihuang nuclear fusion power unit still has a length of 300 meters and a diameter of 25 meters.

Of course, the power generation has been changed to 100 million kilowatts. Director Zhao thinks that 200 million kilowatts does not make much sense, and the manufacturing difficulty is more than doubled.

In order to achieve standardized manufacturing, Director Zhao suggested to follow the unified 100 million-kilowatt specification.

A power station of 100 million kilowatts can supply electricity to a city with about 100 million people, and a few more units will be built in large cities.

Building the power station as close as possible to the place of use can avoid the loss caused by long-distance transmission of electricity.

The final assembly of the Suihuang controllable nuclear fusion generator set must be carried out at the site of use, but such a huge monster is divided into dozens of large parts, which is equally astonishing.

After completing the plan, Zhong Cheng evaluated the construction budget and concluded that the investment will reach more than 3000 billion.

If the construction period is compressed to half a year, the investment will increase by 20%, reaching a staggering 3600 billion.

However, only 2000 billion yuan was invested in the construction of the Three Gorges Project, of which 600 billion yuan was used for resettlement.

The investment of Jinwu Project will create two Three Gorges Projects!

Of course, this investment should be recovered within three years, and the return on investment is amazing.

11 month 15 day.

After discussion and approval by the team members, Zhong Cheng showed the plan to Mr. Deng, Mr. Wan and Director Qian for review, and then passed the plan to Dean Ye.

11 month 18 day.

The country has passed Zhong Cheng's plan, and the Golden Crow Project can be started at another date.

11 month 20 day.

The Jinwu Project Promotion Committee was established, and the Jinwu Project entered the preparatory stage.

(End of this chapter)