The breakthrough of room temperature superconductors will further promote the effective utilization of energy in China.

Last year, the local power generation once again broke the record high, reaching 123,746 kilowatt-hours, but the consumption of electricity during transportation was as high as 1.4367 trillion kilowatt-hours, exceeding one-tenth of it.

This invalid loss is shocking. The comprehensive electricity consumption of Guangdong, Guangxi and Qiong last year was only about 1.3 trillion kilowatt-hours.

The ineffective loss of electrical energy during transportation is mainly due to the resistance of the conductor, which converts part of the electrical energy into heat.

To solve this problem, only superconducting wires can be used. However, the previous superconducting materials needed to maintain low temperatures, and small-scale applications are sloppy. If low-temperature superconducting wires are to be laid on a large scale, a large number of refrigeration systems are required, which is an electric tiger in itself.

This obviously does not make the most of the money.

After reading the mass production report of room temperature superconducting, Jiang Hailin knew the importance of this technology: "Good thing, in this way, our comprehensive energy utilization rate will be improved."

"Hailin, you make a detailed and reasonable technical commercialization arrangement." Huang Xiuyuan thought of something and added:

"First promote it internally, and then evaluate the feasibility of public sales to the public after 3 years."

Jiang Hailin nodded: "I understand."

Regarding Huang Xiuyuan's arrangement, he understood the intention, mainly because the current domestic technological advantages are very great, and it is not advisable to overstimulate the Noahs Association, the Western Union and Lucia.

After all, before forming an absolute advantage, these forces can still bring certain threats if they unite.

The emergence of room temperature superconductors will inevitably amplify this technological imbalance.

Huang Xiuyuan and the strategic think tank's strategy is to maintain the current leading advantage first, but try not to expand the technical gap openly. He should use the method of boiling frogs in warm water, and finally explode in an instant.

At present, 18 technologies that need to be hidden include controlled nuclear fusion technology, room temperature superconductor technology, electric field synthesis technology, human body freezing technology, and gene embedding technology of fluorescent fungi.

These technologies can be concealed as much as possible, delaying the time it is discovered by external forces.

Jiang Hailin and Huang Xiuyuan discussed for several hours.

It was initially determined that in some secret bases and secret projects, the application of room temperature superconductors will be the first to reduce the energy ineffective loss.

Especially for Eagle Space, which has a very high level of denseness, those spacecraft can take the lead in using room temperature superconductors.

In the subvacuum environment of outer space, the problem of cooling of spacecraft has become a difficult problem.

Previously, the heat dissipation plan of Eagle Aerospace and Aerospace Science and Technology used laser propellers, which consumed excess heat while serving as power, and could kill two birds with one stone.

The most typical application project of this solution is the astrodisk communication system. The astrodisk dangers run between 210 and 370 kilometers in low-Earth orbit, and this solution is perfect.

However, this laser radiation heat dissipation solution cannot dissipate the heat inside the satellite 100%.

Especially for circuits, waste heat is released from the chip. Although part of it can be recycled through the temperature difference power generation module, some of it still remains.

Therefore, the spacecraft is equipped with a hydrogen sponge heat absorption tank, which can absorb heat with hydrogen in the hydrogen sponge, and then send high-temperature hydrogen into the laser thruster for use as the thruster working fluid.

The troublesome part of this plan is to replace the hydrogen sponge tank regularly.

Fortunately, in the aerospace field, Greater China can now achieve low-Earth orbit 30,000 to 80,000 tons/year, synchronous orbit 50,000 to 15,000 tons/year, and lunar orbit 20,000 to 7,000 tons/year.

This annual payload is already in a highly leading position in the current aerospace development, with relatively abundant payloads, and it is also possible to regularly replace some consumables of the spacecraft.

But now with room temperature superconductors, the heat dissipation problem of spacecraft will become smaller and smaller, and the electrical utilization rate of spacecraft can be improved.

You should know that the current comprehensive utilization rate of electricity has been developed by humans. Not to mention an increase of 1%, even a 0.1% increase will be very difficult.

The practicality of room temperature superconductors can increase the system's comprehensive electrical energy utilization rate by 8 to 15%. This is a very huge improvement, a technology that is no less than controllable nuclear fusion.

Controllable nuclear fusion allows humans to obtain abundant energy, while room temperature superconductors increase human electricity utilization to the extreme.

From Huang Xiuyuan's perspective, humans not only need to obtain more electricity, but also need to make full and efficient use of electricity.

If the local transmission lines are transformed into room temperature superconductors, even if the current power generation remains unchanged, 1.4 trillion kilowatt-hours of electricity will be added.

What's more, in the Greater China region, with the cooperation of major power grids and integrating some small power grids in backward areas, the overall annual power generation has reached 18.7138 trillion kilowatt-hours.

The average loss of electricity ineffective energy in half a day is about 11%, but the average loss of electricity in Southeast Asia is about 15 to 25%.

Other Northeast Asia and Oceania also have 7 to 12% invalid losses.

The invalid loss of the power grid not only wastes energy, but also increases the overall cost of the power system.

If this part of the invalid loss can be utilized, it is equivalent to the overall cost of the power system and can be reduced by about 20 to 30%.

What is revolutionary technology?

This is revolutionary technology that can change the world's pattern.

Huang Xiuyuan and a group of senior executives are very cautious about the launch of this technology, avoiding the sudden destruction of the current fragile balance and causing unpredictable mutations.

Inside the relatively high level of confidentiality, the room temperature superconductor is gradually applied, and finally, after forming an absolute advantage, all these kings are thrown out and become the last straw that overwhelms the camel.

As long as they do not give other forces any hope of resistance and expand the gap to a world of difference, they will not have the courage to fight to the death, but will instead surrender directly.

It's like a war between two armies.

If one side is a big sword spear and the other side is a black powder grenade gun, then the big sword spear has the courage to fight to the death.

If one side is a big sword spear, and the other side is a modern aircraft cannon, and is equipped with nuclear bombs, then the big sword spear has no chance of winning at all.

The comprehensive strength of Greater China is not enough to form an absolute advantage, and there are some variables.

Huang Xiuyuan and Jiang Hailin discussed the room temperature superconductor Hong, and then went to Mobei to inspect the development of Eagle Aerospace.

It has been more than half a year since the establishment of the Changong Space Station and the Guanghan Palace Base.

At this time, the Changong Space Station was expanded to 385 tons, with an internal space of 742 cubic meters; the Guanghangong base was also replenished again, from 7 cabins to 14 cabins, with a total weight of 164 tons, and an internal space of 348 cubic meters.

However, the astronauts on duty are still the first five people. They need to be on duty until around June this year before the next batch of astronauts will go to change shifts.

Huang Xiuyuan came to inspect this time mainly for the arrangements of the next group of astronauts.

According to the plan, the next batch of astronauts will reach 8. In addition to the daily operating personnel of the space station and the lunar surface base, there are three scientific researchers this time who will go to the moon.

The nature of the first lunar astronauts is actually engineers, not professional scientific researchers, which is not conducive to fully leveraging the scientific research value of aerospace facilities.
Chapter completed!