Chapter 73: Design completed

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Time flies, and two weeks have passed in the blink of an eye. In the past two weeks, Wu Hao has basically spent all kinds of problems on how to improve thermonuclear fusion power generation.
After repeated simulation experiments in the brain, this day Wu Hao finally determined a final manufacturing plan, if it was built according to this plan in his mind.
Then this nuclear thermal reactor plus a series of facilities such as energy conversion and steam turbine generator sets, the total volume occupied is about 3 containers.
The reactor unit is a circular unit of about 2 x 2 meters, and the rest of the facilities are all energy conversion and associated generator sets.
However, with this 2X2 meter reactor, once the full force is running, the energy that can be generated is not low. According to Wu Hao's preliminary estimate, the entire reaction can run 5 million kWh of power a day.
Such a large amount of electricity is enough for the power supply of a medium and large-sized city. That is to say, as long as this fusion energy power generation facility is completed, the future of Wuhao's base does not need to worry about the energy supply.
Even Wu Hao is enough to expand his base several times.

The final design is to complete all the design work, then the next step is to start the formal construction work.
Although it took more than half a month to study day and night, the results are very gratifying.
After all, Wu Hao only spent half a month to complete the scientific research results of human beings for more than ten or twenty years.
The controlled nuclear fusion device developed by Wu Hao can be used not only for power generation, but also as a power source for warships or submarines and aircraft carriers. It is definitely more than the current nuclear-powered submarines and aircraft carriers using fission technology. Strong and secure.
Because, whether it is a nuclear submarine or a nuclear-powered aircraft carrier, the nuclear reactors that maintain their power need a lot of manpower to do all kinds of work at all times.
Not only do they need to worry about the radiation threats caused by these fission reactors, but the source of power is not completely comparable to that of fusion reactors. According to the same amount of raw materials for fission and fusion reactions, the energy produced by fusion is several times that of fission.
Now Wu Hao designed this fusion reactor because it also considers that there is no other manpower in the base. Wu Hao also plans to design an intelligent maintenance system.
That is to use robots and intelligent programs to complete the daily power generation and maintenance work of the nuclear fusion reactor. If there is any problem that the robot can't solve, then the system will promptly feedback the problem and inform Wu Hao himself.
In this way, Wu Hao will be able to know in time and handle these problems personally.
Manufacturing robots is naturally not difficult for Wu Hao, because he is not to build a powerful high-intelligence combat robot like Iron Man.
Wu Hao is only making some industrial manufacturing and maintenance robots, which are now appearing in many modern factories and other fields.
Most of these robots are manufactured with a simple robotic arm and smart chips, and Wu Hao now manufactures similar robotic arms and robots with simple mobility.
The role of these robots is to clean the base and manage the various facilities when he is not at the base, so they only need to have some intelligence to be sufficient.
However, the robot has to be placed first, and the fusion reactor and the corresponding energy conversion device and the steam turbine generator set are the key.

Well! To make a fusion reactor, you have to assemble a simple 3D printing device.
To build a reactor and other related turbines and generators, you need a lot of alloy metal parts.
Wu Hao did not purchase any finished metal parts. He basically bought some metal raw materials and some electronic components.
After all, electronic components are much more difficult to manufacture than metal parts, and the manufacture of metal parts of various shapes is equally difficult for others.
But it is much simpler for Wu Hao. First, Wu Hao only needs to smelt the metal raw materials through the corresponding smelting equipment, and then cast it under the cooperation of the mind force. The remaining high-precision machining can completely control the tools with the power of mind. For example, drills, milling cutters, and other metal processing tools are used for high-precision machining.
It can be said that Wu Hao's own mind and mental ability and the high computing power of his brain are one of the world's unique ultra-high precision full-function automatic machine tools.
His power is a dynamic system that drives the rotation of various tool knives. Spiritual perception is the control of all the details of the entire machined part, and the brain's ability is naturally the drawing and computing effect formed in the mind.
Therefore, Wu Hao only needs to make these metals smelt and can be formed according to the formation of various parts. This function can only be completed by assembling a simple 3D metal printing device.
Nowadays, some advanced 3D metal printing equipments in the world have been able to directly print finished parts. For example, some parts of many aircraft and aerospace equipment are printed with 3D metal.
However, such large-scale high-precision 3D printing equipment is controlled by the state, and it is almost impossible for private individuals to obtain channels.
The parts and electronic components that Wu Hao purchased abroad are important parts such as nozzles and laser equipment for this type of printing equipment.
Although these things are not easy to get, they are still much easier than a finished product.
Of course, in addition to printing metal materials, there are naturally 3D printing devices that print other materials, such as composite printing devices such as plastics. The main things that such printing equipment prints are the outer casing of some equipment and other small parts.
But now Wu Hao does not intend to directly manufacture a complete 3D printing device, because the current production capacity of his base, although able to do this, is very troublesome, it takes him a lot of effort to get it. Do it.
Moreover, even if he made it, it would require a lot of energy supply. The energy that is now being supplied to the base is only a few diesel generator sets. Once it has been running, it has been rumbling.
Although Wu Hao has specially opened up a space for these diesel generator sets and made some sound insulation measures, he still can hear a lot of movements.
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