"I understand, I will negotiate with Russia and the United States."

The leader was silent for a while and nodded to agree with Lu Yi's considerations, and then asked: "If we need to actively reduce the energy in the earth's environment, what are the ways to dissipate heat according to the current technology?"

"Current technical level..." Lu Yi smiled bitterly and said, "Planting trees and afforestation."

"..." The leader was stunned for a moment and looked at Academician Chen and the others.

"Leader, there is really no way to have the current technical level."

Academician Chen also smiled bitterly and said, "Because this involves a key, it is meaningful that our active behavior emits energy from the environment to the environment, otherwise it will only help the more we help.

But I checked relevant domestic literature last night and based on our energy conversion rate, it is not enough to meet this requirement."

"Actually, I have a plan. Before I came, I asked the pressurized water reactor expert of the Nuclear Industry Group. The plan is feasible in terms of ideas."

At this time, Lu Yi thought for a while and looked at the leader and said, "But this solution is a bit sensitive and has a high environmental requirement, which will also affect the local ecological environment. And there is no place in our country that meets such requirements."

"Tell me, we have no way to talk to Russia and the United States. The technology of controlled nuclear fusion is still in our hands." The leader said calmly.

"Well, they don't have any of the requirements."

Lu Yi smiled, and when he opened a copy, he could only see a general solution: "I checked the energy efficiency of the current latest air energy heat pump last night, and the external ambient temperature can stably reach about 500%.

I asked experts from the Nuclear Industry Group and asked whether it was feasible to combine the heat pump and the pressurized water reactor solution. They gave me a positive answer, without much technical difficulties.

The entire solution concept is as follows: the energy efficiency of nuclear fusion reactors using magnetic fluids to generate electricity reaches 70% and the electricity generated by power generation is drawn from the environment through a heat pump to increase this value to 350%.

After the pressurized water reactor adopts a high-temperature gas cooling and sodium fast cooling scheme, the energy efficiency can reach 50%. We direct the 350% heat drawn by the heat pump from the environment into the annual water reactor for secondary power generation, and finally obtain 175% of the electricity.

I checked the electro-optical conversion efficiency of our lasers. The better fiber lasers on the market can achieve more than 80%. That is to say, after adopting this solution, we can get 140% of laser energy, of which 40% is absorbed from the environment.

Of course, this is the theoretical value. If we count the energy loss from the heat pump to the pressurized water reactor, this one will probably be subtracted by 3 percentage points.

However, I also found the technical parameters of these lasers and heat pumps from the commercial market. If they were replaced by military production, the performance would definitely be improved a little bit. It is not a big problem to actually make 45% of the money.

I roughly calculated the absorption rate of the atmosphere to laser. Well, the laser can hardly be shot out into outer space on the ground, and it will be absorbed by the atmosphere by more than 70%.

However, if we raise the laser emission platform to more than 5,000 meters, avoid clouds and dense air at low altitudes and then shoot into space, the loss rate can be reduced to between 15 and 18%. If we can send it to a height of 6,000 meters, the laser loss will be within 13%. If we can reach the stratosphere at an altitude of 10,000 meters, the loss will be within 10%.

So we built a laser emission platform at a height of 10,000 meters. Using this solution, we can emit 130 parts of energy outside the earth for every 100 parts of energy produced.

For every five more nuclear reactors built that help the earth's environment emit energy, we can build 1.5 more reactors for production use."

"Using a heat pump to draw heat from the environment. According to the power of the nuclear fusion reactor, what kind of environment can withstand such a huge amount of energy absorption?"

Academician Chen and several other academicians were shocked by the crazy plan as they looked at the projected rows of data. As academicians, they could see that the plan had no problems at the theoretical level. At the technical level, Lu Yi also said that there was no problem with the feedback technology of the Nuclear Industry Group.

There is no difficulty in a platform with a height of 10,000 meters. A helium balloon with a high-intensity composite structure can form a large platform, and then use the engine to adjust the control position.

However, the energy absorbed by the air heat pump cannot be produced out of nothing. It also needs to be obtained from the surrounding environment. To absorb such a huge amount of energy from the surrounding environment, even if it is placed in the desert, the temperature in the area can drop below freezing point in less than an hour.

"The ocean, the tropical ocean of the equatorial line can be used, and the air energy heat pump is also feasible for adaptation to the marine environment."

Lu Yi said calmly: "The specific heat capacity of seawater is relatively high, which can withstand such heat energy absorption. In addition, the fluidity of seawater will continuously transport the high-temperature seawater in the distance and send away the low-temperature seawater that has been absorbed with part of the heat energy, so that the seawater will not freeze.

Of course, even in tropical oceans, the energy absorption of such high power will still have a certain impact on the local ecological environment. The local climate around the reactor will fluctuate greatly, and the number of typhoons in coastal areas will be reduced in the future."

Yes, it is a small part, not a typhoon disappears, nor does it turn the equatorial tropical zone into a cold zone.

After all, compared with the energy cycle of the earth, human power is still a little smaller. The energy contained in a mangosteen typhoon is comparable to the energy released by dozens of nuclear fusion reactors in a year.

The reason why it can cause a thermal pollution crisis is nothing more than breaking the balance and causing natural regulation caused by energy accumulation.

The atmosphere in the conference room was a little silent. When several academicians of the tropical ocean heard it, they realized why Lu Yi said at the beginning that there was no such place in his country, neither the United States nor Russia.

It is true that tropical oceans can withstand such energy absorption, but it is just a problem involved...

After pondering for a moment, the leader knocked on the table and asked, "If the plan is implemented, will the laser affect somewhere and where should I hit it?"

"Avoid the sun, Mars is the first choice. These laser energy can preheat Mars to prepare for future colonization, and then choose the moon or other planets in the solar system."

Lu Yi looked a little serious and said, "If the laser cannot hit other planets or moons due to the planet's rotation angle, then pause."

"Why?"

Several academicians couldn't understand it. Just laser energy was enough to shoot out the earth, but why did they still have the requirement to hit it?

"The energy of the laser is too concentrated, and we cannot determine whether it will cause abnormal fluctuations in the sun. In addition, the laser can penetrate the natural barriers of the Kuiper belt and the Ort cloud well."

Lu Yi looked at the puzzled expressions of several people and said seriously: "Outside, I'm afraid someone is there."
Chapter completed!