There is nothing wrong with the preliminary design idea of Lei Tiantang and other company executives. Since we all feel that it is necessary to build a laboratory specific space port, according to the company's consistent practice, or not to do it, of course, we should do it according to the best standards.
"There is no problem with this preliminary design, but I remember that the energy used in the integrated space port we designed before is also the small nuclear fission reactor that we learned from the exchange of nuclear fusion reactor technology with our country?
Although we have optimized and upgraded the whole reactor, the energy that such a reactor can provide is relatively limited, right? It's not a big problem to use it on the Mars satellite space station, and it's not a big problem to use it in a comprehensive space port if it's equipped with more than a few groups.
However, the problem is a little big when it is used in your newly designed spaceport. So many large-scale multi-functional laboratories need a lot of energy, especially the experiments such as the research and development of new materials are energy consuming, and your laboratories also have high requirements for long-term and stable supply of energy.
In this case, even the use of a few small nuclear fission reactor seems to be very reluctant? How did you solve this problem? " Lei Tiantang began to ask questions on relevant technical issues. ,
"let me answer this question!" Energy company Laboratory Director Niu Chengzhe raised his hand.
After seeing everyone's eyes on himself, Niu Chengzhe said with a smile: "first of all, I'd like to report a good news to you. That is, our research and development task of the mobility and miniaturization of nuclear fusion reactors is coming to an end. Originally, we wanted to report after the R & D is successful.
However, this time, we will take the opportunity to design a new space laboratory and say it in advance. It will also give us more confidence in the design of the space port. Moreover, we will not delay the construction of the space port. We will certainly complete the research and development task before the construction of the space port begins!
Because in fact, our main research and development tasks have been completed. The rest of the work is to set standards, verify whether the design meets the requirements, and see if there are any loopholes to be repaired in the subsequent simulation and physical experiments. After these steps are completed, we can use higher level nuclear fusion reactions in all space missions of the company It's piled up!
Not only space ports can be used, but if nuclear fusion reactors are added to the construction of our lunar base and Mars base, we believe that they can also achieve the construction goals faster and better. The most important thing is that nuclear fusion reactors can also be used to provide huge energy on our next generation spacecraft!
Although these still need time, we have started to use nuclear fusion reactors as energy sources when designing, because our main standard data have come out, and there is no problem adding in the design.
Therefore, we have also adopted the previous dual energy supply mode in the design of the whole laboratory dedicated space port. The nuclear fusion reactor power station at the bottom and the huge solar panel can ensure the safety of energy supply for the entire space port.
In addition, in order to ensure the energy security of the entire space port after accidental power failure under extreme conditions, we also designed two cabins to store high-performance battery packs, with a total battery storage capacity of 150 MW in each compartment.
A total of 300 megawatts of electricity is enough for the entire space port to maintain smoothly for at least a week after the first two main power supply modes are interrupted, so long enough for us to repair or re launch and install the power supply module.
This is also our company's first attempt at the next step of energy plan. The space energy plant we designed before needs such a large capacity battery pack to travel to and from the earth to the energy plant.
After all, our solar energy factory is built on the far earth orbit. If we want to recover the energy collected there safely to the earth, our best solution is to use large capacity battery pack for transportation.
No one can accept the transmission mode of sunlight directly gathering on the ground, because the power of highly concentrated sunlight is much greater than that of laser gun developed by our company, and it is still a long-term continuous irradiation!
Even without considering the impact of this kind of radiation on the earth's climate, I don't think any country wants to have such a weapon on its head that can destroy the city?
So we are going to start the data collection work of using large capacity batteries in space. After the construction of our space energy plant is completed, even if the two spare batteries are charged in turn, the energy demand of the space port can be maintained for a long time. Therefore, there will be no problem with the energy problem of the space port!
Moreover, with the improvement of battery technology in the future, we believe that our battery pack can reduce the volume and greatly increase the capacity. At that time, our space energy factory will become the largest energy supplier of our company's space colonization program! "
After listening to his introduction, not only Lei Tiantang is very satisfied, but also the senior management of the company. With the continuous development of the company's space program, the issue of space energy security is particularly important. Now they can't help but clap up when they can hear the good news.Lei Tiantang also laughed and applauded Niu Chengzhe. Although he and Kuafu had solved the problems related to the nuclear fusion reactor for a long time, he did not teach the technology to the Energy Laboratory of the company. Now that they can complete the research and development task with their own strength, he is very pleased.
"Good! keep trying! The potential of nuclear fusion reactor is infinite. Although you have started to get on the right track in relevant research, I believe you all know that the nuclear fusion technology our company has mastered is still very primary technology.
If you want to find ways to improve the energy efficiency ratio of the reactor, you should also solve the application problems of more scenarios of nuclear fusion reactors. Of course, you can not give up the research and development of the next generation of nuclear fusion reactors. I hope you can bring us good news continuously!
I will continue to pay attention to the work related to the space energy plant. We have discussed the importance of this plan, so all your departments should pay attention to it! " Lei Tian Tang said with a smile.
"Don't worry, boss, we didn't slack off because of this achievement. If you didn't provide complete nuclear fusion reactor technology, I'm afraid even the company's reactor power station hasn't started construction until now." Niu Chengzhe said with a smile.
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