I Have a Little Black Hole

There is nothing wrong with this preliminary design idea, such as Lei Tiantang and other senior executives of the company. Since everyone feels that it is necessary to build a laboratory-specific spaceport, then according to the company's usual practice, either do not do it. To do that, of course, must be done according to the best standards.

There is nothing wrong with this preliminary design, but I remember that when we designed a comprehensive spaceport before, it seemed that the energy used was also a small nuclear fission reactor that we learned after we exchanged nuclear fusion reactor technology with the country, right?

Although we have optimized and upgraded the entire reactor, the energy that such a reactor can provide is relatively limited, right? It's not a big problem to use it on the 'Guardian of Yingying' space station, and it's not a big problem to use it on a comprehensive spaceport if you configure a few more groups.

But the problem is a bit bigger when it is used in your newly designed spaceport. So many large-scale multi-functional laboratories have a very large demand for energy, especially experiments such as research and development of new materials are energy-intensive , and your laboratory also has high requirements for long-term stable supply of energy.

In this case, even using a few sets of small nuclear fission reactors seems to be reluctant, right? How did you solve this problem? Lei Tiantang began to ask questions on related technical issues.

Let me answer this question! Niu Chengzhe, director of the energy company's laboratory, raised his hand to signal.

After seeing everyone's eyes on him, Niu Chengzhe said with a smile: First of all, I want to report good news to you, that is, our research and development tasks for the mobility and miniaturization of nuclear fusion reactors are coming to an end. I want to wait until the development is successful and then report back.

But this time, taking advantage of the opportunity to design a new space laboratory, speaking in advance will also give us more confidence when designing the spaceport, and we promise not to delay the construction of the spaceport, before the spaceport officially starts construction. Must be able to complete the research and development tasks!

Because in fact our main research and development tasks have been completed, the remaining work is to set standards, verify whether the design meets the requirements, and see if there are any loopholes that need to be fixed in the follow-up simulation experiments and physical experiments. Once these steps are complete we will be able to use higher energy fusion reactors on all of the company's space missions!

Not only the spaceport can be used, if the construction of our moon base and Mars base has the addition of nuclear fusion reactors, I believe they can also complete the construction goals faster and better, the most important thing is our next-generation spacecraft. Fusion reactors can also be used to provide huge amounts of energy!

Although all of this will take time, it will not delay us now when we design it by using fusion reactors as energy sources, because our main standard data is out, and there is no problem with adding it to the design.

Therefore, we also adopted the previous dual energy supply model in the design of the entire laboratory-specific spaceport.

The fusion reactor power station at the bottom and huge solar panels can ensure the security of energy supply throughout the spaceport.

In addition, in order to ensure the energy security of the entire spaceport after the unexpected power failure of these two energy supply methods under extreme conditions, we also specially designed two compartments to store high-performance battery packs. The total battery storage in each compartment can be to 150 MW.

A total of 300 megawatts of power is enough for the entire spaceport to maintain smoothly for at least a week after the previous two main power supply modes are interrupted, which is long enough for us to repair the power supply module or re-launch and install it.

This is also the preliminary attempt of our company's next energy plan. The space energy factory we designed before needs such a large-capacity battery pack to travel back and forth between the earth and the energy factory.

After all, our solar energy plants are built in far-earth orbit, and if we want to safely return the energy collected there to the earth for use, our best solution is to use large-capacity battery packs for transportation.

No one can accept the transmission methods of directly concentrating sunlight on the ground, because the power of highly concentrated sunlight is much greater than that of the laser cannon developed by our company, and it is still irradiated continuously for a long time!

Even without considering the impact of this exposure on the earth's climate, I don't think any country wants to have such a weapon that can destroy a city on its head, right?

So we are going to start this data collection work on the use of large-capacity battery packs in space now, and when our space energy factory is completed, even if we take turns to charge our two backup battery packs, we can still The energy demand of the spaceport has been maintained for a long time, so there will be no problems with the energy problem of the spaceport!

And with the company's future improvement in battery technology, I believe that our battery pack can be reduced in size while also greatly increasing the capacity. At that time, our space energy factory will become our company's space colonization plan. The largest energy provider!

After listening to his introduction, not only Lei Tiantang was satisfied, but also the company's senior management. With the continuous development of the company's space program, the issue of space energy security has become particularly important. Now that they can hear the good news, they are all satisfied. I couldn't help but applaud.

Lei Tiantang also smiled and applauded to express his appreciation to Niu Chengzhe and the others. Although he and Kuafu had already solved the problems related to the nuclear fusion reactor, he did not teach this technology to the company's energy laboratory. , and now he is very pleased that they can complete this research and development task with their own strength.

Not bad! Keep working hard! The potential of nuclear fusion reactors is endless. Although you have already started to get on the right track in related research, I believe you all know that the nuclear fusion technology that our company has mastered is still very rudimentary.

You have to find a way to improve the energy efficiency ratio of the reactor, and to solve more application scenarios of the nuclear fusion reactor. Of course, you must not give up the research and development of the next-generation nuclear fusion reactor. I look forward to your continuous bringing us good news!

I will also continue to pay attention to the related work of the space energy factory. We have discussed the importance of this plan, so all your departments should also pay attention to it! Lei Tiantang said with a smile.

Don't worry, boss, we didn't slack off because of this achievement. If it wasn't for you who provided complete nuclear fusion reactor technology, we might not have even started the construction of the company's reactor power station by now! Niu Cheng Zhe said with a smile.

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