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After all, Kanazawa's planned construction of a rail transit route is designed to connect hundreds of small islands of varying sizes around the island. Pen × fun × Pavilion www. ｂｉｑｕｇｅ。 ｉｎｆｏ

In other words, most of these orbits span a large ocean distance, and according to the location of all the islands in the archipelago, the farthest islands are nearly 200 nautical miles apart.

At such a distance, and on the stormy sea, how can it withstand the harsh climate in the sea if it does not adopt a structure with stronger protection and stability?

The construction of this kind of cross-sea rail transit spanning nearly 200 nautical miles is something that only a guy like Kanazawa dares to do and can do.

After all, not to mention the construction of rail transit across such a long distance, with the current level of science and technology mastered in time and space, it is a very difficult project to build a sea-crossing bridge spanning more than dozens of kilometers of sea area.

What Kanazawa now has to build is a rail route through hundreds of islands, which requires several times more metal than all the metal needed to build the building.

Even if such a project can barely be done with the current human technology, the time and cost required are too great, and this kind of project that costs a lot of money and time to build is not so necessary, and it is a thankless task for many national governments.

That is, Kanazawa has the courage to do such a thing.

Because the islands were his domain, and more importantly, the construction of such a project, although very difficult for others, was something that he could do with only a few hours and materials.

Even, not to mention just building this kind of rail transit across the sea, even if it is to let him build a huge city out of thin air in the depths of the sea.

As long as he is given enough metal, he can build a building tens of thousands of meters above the sea from the sea.

It's just that it's more difficult, time-consuming, and costly, and the premise is that there is still enough metal.

Back to the point, when Kanazawa began to circle the main island and made a few circles in the middle of the island, completing the track of the entire interior of the island, he began to build the cross-sea section.

And after seeing the track of this special structure built by him, the outside world is not only amazed, but also guessing the way this track runs.

Fortunately, this is not difficult to understand, and the outside world quickly learned through analysis that this is a new type of maglev train running track.

Since the entire track is an all-metal structure, the spans between the tracks are also several times wider than those of conventional reinforced concrete rail bridges, and they look very thin and occupy very little space.

However, the strength and firmness are much stronger than the traditional reinforced concrete track bridge.

The most important thing is that the shape of the entire rail bridge is very beautiful, with a sense of science fiction, which is simply an epoch-making transportation building of this era.

In addition, the entire track and bridge are illuminated in Kanazawa for every distance, and it is definitely a beautiful sight to behold at night.

In contrast to the 20-metre high track on the island, the entire orbital route begins to rise as it prepares to cross the sea, until it reaches a height of more than 150 meters above sea level.

And when crossing the sea area, it is also necessary to take into account that there is enough space for ships to pass through the sea area, and the distance between the bridge piers is also very large.

Basically, an all-metal pier located in the sea, after laying a solid foundation from the seabed, the normal width of two large piers from each other is 5 km.

Each pier is also used with steel cables to prevent the span from being too large and bending and unstable.

Kanazawa did not directly build a separate rail bridge, but directly built a sea-crossing bridge that spanned dozens of hundreds of kilometers across the sea, and the maglev train passed under the bridge, which is a dual-purpose bridge.

There are a total of 6 such bridges, as long as they connect the two largest islands of the archipelago and several relatively large islands.

There is no need to build a bridge on the remaining hundreds of small islands, and it is enough to have a track to pass through.

The entire construction process took Kanazawa a week to complete, and all the line warning lights, sensors and monitoring networks on the track were installed.

The energy problem to support the operation of the entire rail transit requires Kanazawa to build a fusion energy device specifically to provide energy supply for this line.

Kanazawa is already planning to phase out the island's existing energy supply and replace it with a new type of clean energy.

So, in the following days, Kanazawa returned to the underground base located in the skyscraper, intending to build five fusion energy devices.

With these five and one fusion energy source that has already been built, it will be able to fully meet the energy needs of the entire archipelago for a long time to come.

In fact, now the outside world already knows that Kanazawa has a new energy technology, and the Ming Empire also asked a high-level official to call Kanazawa to confirm this matter.

Kanazawa knew what the purpose of their call was, it was nothing more than wanting him to provide the technology for this energy source.

However, Kanazawa didn't plan to announce his technology, so he just shirked it.

And the imperial officials, seeing that Kanazawa directly rejected their request, although they were disappointed when they didn't like it, they didn't dare to refute anything, but they said something to Kanazawa very kindly.

It's just that Kanazawa didn't continue to listen and continued to be busy with his own affairs, and now that he has made so many miracles, his ability has been exposed accordingly.

As long as those bigwigs at the top of the empire are not brain-dead, it is absolutely impossible to trouble Jin Ze for something, even if Jin Ze has the technology they want very much, it is impossible to directly force Qi Jin Ze to hand it over.

For example, the United States, which has strong military strength, mastered the current technology of our country as early as ten or twenty years ago, and then why did not we see our country stand up and demand that the United States capture the technology?

In the final analysis, no matter what society you are in, as long as your fists are hard enough, strong enough, and strong enough for others not to interfere with you, then even if you have good technology, these people will envy and yearn for it at most, or use other means to buy or exchange.

In short, it is absolutely not daring to come hard.

This is what remains unchanged through the ages, speaking with fists and strength.

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