My Strength Does Not Allow Me to Low-key

Opened a new book: The End of the World: My House Can Be Upgraded, Brothers Help Collect, Give Some Recommendations!

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Rabbit has made a major breakthrough in aviation development. The feeling that this brings to Mao Xiong is to make me happy and worry!

The joy is that this little brother has a hard guy in his hands, and it is inevitable that his waist will become tough in the future.

The worry is that with such an aviation development, there may be another strong competitor in the international arms market in the future!

As for the relationship between the two countries, Mao Xiong is actually not too worried.

Because the economies of the two sides happen to be complementary, there will definitely be a honeymoon cooperation period for a long time in the future.

Moreover, the strategic focus of the two sides is also different.

Mao Xiong pays more attention to the security of their part of Europe, while the rabbit's strategic focus is on the South China Sea.

The distance between the two places is hundreds of thousands of miles, and both of them have been strategically squeezed by Yingjiang.

Therefore, for a long time to come, the two parties will have a close partnership.

What's more, Mr. Tu has just built a space station recently.

The technology in the field of space exploration has become more and more mature.

And Mao Xiong naturally wants to work with Rabbit, and in this regard, he will deepen the cooperation relationship.

After all, it is too expensive to explore space. For a long time before that, Mao Xiong has not carried out large-scale exploration of outer space.

Although they shared a space station with Eagle Sauce before.

But the problem is that the lifespan of that space station has come to an end, and it will be abandoned after a while.

By that time, the only usable space station in the world will be the rabbit's.

With the space station, there are actually many scientific research experiments that can be done.

For example, some crystal growth experiments and crystallization simulation environment experiments will greatly reduce the cost.

In addition, various seeds are taken into outer space, and after radiation exposure, mutated seeds are produced.

This can greatly improve the development of agriculture and animal husbandry.

In addition, the cultivation of bacterial flora in various biopharmaceuticals has very high scientific research value in the outer space environment.

More importantly, Mao Xiong also wants to work with Rabbit to build a moon base.

The two parties have been talking about this plan for a long time before, but because various details have not yet been negotiated, there is no official announcement.

Of course, the reason why they couldn't reach an agreement was naturally because Mao Xiong always felt that he was at a disadvantage.

Because they feel that it is all their own technology, and whether the rabbit has much core technology, it means paying some money.

This makes them feel that they are at a disadvantage, so they always want a high price.

But this time, after seeing that the rabbit has made major breakthroughs in multiple fields recently, they suddenly didn't think so.

What they don't know is that recently, Xinghuo Technology has also participated in the progress of domestic aerospace projects.

To be honest, this is the first time in China that a private company has been invited to participate in a national aerospace project.

The main purpose of inviting Xinghuo Technology to participate in this aerospace scientific research project is to hope that they can make due contributions to rocket fuel.

The reason for making such a decision is entirely because of the ultimate energy solution proposed by Spark Technology some time ago.

That is, the comprehensive plan for preparing liquid hydrogen.

At present, this program has been promoted in three pilot cities.

Originally, Mengjiang Province was a province with a large reserve of wind power and solar power.

And because of the rich coal resources, the thermal power industry here is also very developed.

The thermal power generated has been supplied to the southern provinces in large quantities.

However, in recent years, due to the inconvenient use of wind energy, many of the earliest large windmills built here have been abandoned.

After all, wind power is too unstable for the grid.

Although the cost of power generation is low, the cost of grid connection is high!

Now that the country has new uses for wind power and solar power,

Now these big windmills can turn.

And it's not the same as before, stop and go, this time it's fully powered on 24 hours a day.

The same is true for those solar power plants, all of which are fully fired.

Then the electricity is first sent back to a rectification station in the suburbs of the city for secondary processing and storage.

It turns into a stable current, and then it is directly used to electrolyze water in conjunction with the heat energy generated by factories and thermal power plants in the city.

The initial investment in such a process will be very large, but once the timeline is extended, the cost will be shared equally.

If calculated on a 25-year cycle, then by the tenth year, the cost can basically be recovered.

However, because of the long cycle, private capital is generally not too interested in such projects, that is, only state-led projects can be promoted.

In Wushi, Eduo, and Bingzhou, the first phase of the project has been completed in only about three months.

This is also the main reason why the country chose the three of them, that is, they have inherent advantages.

Several cities quickly built several hydrogen production stations and hydrogen refueling stations.

In terms of hydrogen production and hydrogen storage, Xinghuo Technology still proposed several black technology technologies.

The first is the electrolysis of water to produce hydrogen. They optimized the process and greatly improved the efficiency of the preparation.

In this way, the cost of hydrogen production is greatly reduced, reducing the cost of hydrogen production by 40%.

In this way, the production cost per liter of liquid hydrogen is reduced to about 60 cents.

You must know that this price is already lower than that of many coal chemical companies that produce hydrogen nearby.

Internationally, even a top chemical company like Bafus cannot achieve such a low cost when using its own chemical plant to produce hydrogen with recycled energy.

The most important thing is to store hydrogen, and Xinghuo Technology has produced several black technology products.

For example, an ultra-high refrigeration compressor uses part of the air energy in terms of energy consumption, which greatly reduces the cost of use.

At the same time, it can also reduce the temperature to minus 260 degrees!

In the normal pressure state of liquid hydrogen, the boiling point is minus 252.87 degrees.

Below this state, it exists in liquid form.

And when the temperature drops by 7 degrees and reaches minus 259.1 degrees, it will exist in the form of solid hydrogen.

And once liquid hydrogen becomes solid hydrogen, it will be much more convenient and safer in terms of storage.

Once the hydrogen is in solid form, the environmental requirements for storage are not as high as those of liquid hydrogen.

For example, storing liquid hydrogen requires high pressure and a container with a very good heat insulation environment.

For solid hydrogen, there is no need for a high-pressure container, as long as a good heat insulation environment is guaranteed.

In this way, the difficulty of storage is greatly reduced.

Even in some respects, this solid hydrogen can also solve the problem of hydrogen transportation.

Because the transportation of solid hydrogen is safer than liquid hydrogen, of course, this is also a relative term.

If transportation is to be realized, it is necessary to increase investment and continuously develop new types of transportation containers.

Those are long-term project topics.

Just say that the black technology provided by Xinghuo Technology recently can convert liquid hydrogen into solid hydrogen storage at low cost.

And there is also a special means of slowly melting and releasing, and then reducing solid hydrogen to liquid hydrogen and turning it into fuel.

This set of technology alone is already worth tens of thousands of dollars.

The cost of hydrogen storage for each participating pilot city has been greatly reduced.

And the buses in several cities have been replaced by hydrogen fuel cell vehicles.

According to the reactions of the majority of drivers, this kind of hydrogen fuel cell vehicle feels much better than the previous lithium battery vehicle.

In principle, this thing is actually a tram!

All have the characteristics of rapid acceleration and low noise.

But the advantage of hydrogen fuel cell vehicles is that in the northern region, you can use them with confidence.

I don't want lithium battery cars, especially in the northern region, especially in winter.

Once the temperature is too low, those lithium battery vehicles will face the problem of power loss.

It is clearly marked that it can run 500 kilometers on a full charge, but in winter, it can only run 300 kilometers.

And once the hot wind is on, it can run up to 250 kilometers.

Moreover, the charging time is very long. If the power is exhausted, it is necessary to frequently go to the dedicated charging station to charge.

It takes seven or eight hours to charge once, which greatly reduces the frequency of bus use and increases the cost for the bus company.

Hydrogen fuel cells are different.

In fact, the principle is a process in which hydrogen ions carry electrons and find cations to combine to become water.

However, due to the movement of electrons during the period, electrical energy is generated to charge the car battery.

And when this thing is used, there is no need to have any mileage anxiety.

In winter, there is no need to worry about feeding power due to the cold weather.

And the speed of hydrogen filling is the same as that of refueling, and it can be filled in about ten minutes.

In this way, the utilization efficiency of the bus is greatly improved, and the operating cost of the bus company is reduced.

It can be said that the current public transport systems of the three pilot cities have initially popularized this hydrogen energy bus.

And now the feedback situation is very good.

On the one hand, it is energy-saving and environmentally friendly, and on the other hand, it saves costs.

Not only because of high efficiency and reduced costs.

The most important thing is that the price of hydrogen energy itself is not expensive.

Although the average price per liter will fluctuate due to the daily power generation of photovoltaic and wind power.

But it is basically controlled at an average of 1-2 yuan.

Including the cost of hydrogen refueling stations and reserves, the maximum is about 3 yuan.

This price is much lower than diesel!

Although the cost of hydrogen refueling seems to be higher than the cost of battery cars.

But in actual calculation, it is not high at all.