Automotive Black Technology Chapter 1154: : Destroy everything!

www.lnmao.org, the fastest update to the latest chapter of automotive black technology!

"An earthquake measuring 7.5 on the Richter scale occurred in the southeastern sea of ​​​​our country. The focal depth is 70 meters. The current earthquake caused a tsunami!"

After the tsunami traveled in the Pacific Ocean, this message spread throughout the areas on the main island of Japan that might be hit by the tsunami in less than seven minutes.

Japan’s tsunami warning mechanism is very developed and mature.

In 1983, a tsunami occurred in the Sea of ​​Japan near Hokkaido. The epicenter magnitude was determined 7 minutes after the earthquake occurred, and a tsunami warning was issued 14 minutes later. Back then, when you picked up the phone, the telephone company first asked you to listen for the tsunami warning before you could make a call. Television and radio programs were interrupted and warnings were played repeatedly. The notified coastal population was able to quickly evacuate to high ground to avoid casualties.

In recent years, with the development of various technologies, especially meteorological satellite monitoring and the establishment of a complete disaster prevention system, Japan's tsunami warning mechanism has reached a higher level.

Currently, existing artificial satellites are used to monitor changes in water pressure 24 hours a day. Once an abnormal situation is detected, the local government in the region will be contacted through warning centers set up along the coast. The government will then pass the disaster prevention administration Wireless systems notify residents in potentially affected areas to evacuate. This early warning system can be put into use as early as 2006. In addition, Japan holds tsunami drills every year, and people even know the evacuation routes when a tsunami strikes.

In less than forty minutes after the tsunami warning was issued, Japanese people along the way had already rushed to the designated good shelters with their families.

When the tsunami came, some people even unfolded picnic mats on the highlands to watch this rare scene, which was like a disaster movie.

However, not all Japanese are so heartless.

Japan, Fukushima Prefecture.

On a hillside called Mount Gaoliang, thousands of people were eagerly watching.

Fukushima Prefecture is located in the northeastern part of Japan and was not directly impacted by this tsunami. However, reports coming back from the front show that this tsunami has produced unusually strong potential energy due to elastic oscillations on the seafloor, and is very likely to have an impact on the Shinmachi area and Fukushima Prefecture.

Although Fukushima Prefecture is a place famous for its rice and fisheries on the main island of Japan, due to some reasons, it is more unusual than other places.

Here, there are two power stations installed by Tokyo Electric Power Company that are enough to supply half of Japan's electricity.

The first and second nuclear power plants in Fukushima.

At this time, among the people gathered on Mount Kogara, there were more than a hundred employees of Tokyo Electric Power Company.

"Here it comes! The tsunami is coming!"

While people were looking into the distance with their hearts hanging on their shoulders, a little boy standing at the top shouted.

When people looked in the direction of his finger, they immediately exclaimed.

I saw that the tsunami described in the warning was rushing towards this direction with lightning speed!

"Oh my god, this tsunami is probably no less than fifteen meters high!"

"How is that possible! Didn't it mean that the tsunami that hit the Southeast Islands that was directly affected was only more than ten meters? How come it didn't weaken at all when it got here?"

"Asshole! It's broken!"

While people were talking about it, a technical engineer from Tokyo Electric Power Company cursed: "Our power station protective wall is only ten meters long!"

"Ah!"

“Oh my God, doesn’t that mean that the protective wall of the power station cannot withstand this wave of tsunami?”

"What should we do?!"

Everyone present knew the importance of nuclear power plants and asked questions one after another.

But the engineers who were familiar with the two power stations constructed by Tokyo Electric Power Company in Fukushima were already livid at this time!

These two nuclear power plants have a total of ten reactors. Without exception, they all use boiling water reactors with the lowest technical content.

The boiling water reactor is a type of nuclear light water reactor. The working process of the boiling water reactor nuclear power plant is coolant, that is, seawater flows in from the lower part of the reactor core. During the process of rising along the core, it is heated by the fuel rods, causing the seawater to become It becomes a mixture of steam and water. After passing through the steam-water separator and steam dryer, the separated high-temperature steam is used to drive the turbine generator to generate electricity.

This power conversion method is quite simple, but this method also faces a huge problem that cannot be ignored.

That is, the coolant cannot be stopped!

Because once the supply of coolant stops, the fuel rod, which looks like a small sun, will emit huge amounts of heat, triggering a series of catastrophic consequences.

The coolant of the Fukushima Nuclear Power Plant, that is, the supply of seawater, mainly relies on pumps driven by two sets of large generators to pump huge amounts of seawater from the seabed.

Once the tsunami breaks through the protective wall of the nuclear power plant and a backflow occurs in the power plant, it is very likely that the two large generators driving the cooling pump will stop!

Just when the technical staff of TEPCO swallowed their saliva involuntarily, hoping that things would not develop the way they thought. The tsunami has landed.

The wall of water mixed with a large amount of sediment is like an endless bulldozer, crushing everything it encounters.

The abandoned vehicles on the street, various green vegetation, and the low buildings were completely swallowed up the moment they came into contact with the water wall!

Under such power from heaven and earth, both human life and everything man-made appear extremely fragile and ridiculous.

But this is just the beginning.

The tsunami after the landfall swept up everything it could carry and quickly pushed deeper inland!

Almost instantly, the wall of water, mixed with twisted cars, broken green plants, and the remains of washed-out buildings, rushed to the TEPCO Daiichi Nuclear Power Plant on the coast of Fukushima. Protective wall!

"Poof!!!"

With a deafening muffled sound, the protective wall, which was more than three meters thick and made entirely of reinforced concrete, seemed like a row of matchboxes in the strong wind.

After only a moment of blocking, he groaned and collapsed.

The wave that was more than twenty meters high was stirred up by the protective wall, and fell directly from the sky like a **** mouth trying to open, quickly engulfing the three units of the Daiichi Nuclear Power Plant.

Just fifteen seconds later, along with a crackling high-voltage series connection sound, everyone clearly heard a "beep beep beep beep..." the sound of a large generator unit stopping.

The sound came from the direction of Unit 1 of the nuclear power plant - that means that the pumping system that maintains the coolant supply to the entire Unit 1 has stopped working!

While the TEPCO technicians present were on tenterhooks, hoping that the tsunami would pass quickly so that they could start the backup generator and restart the coolant pumping system of Unit 1, the sound of someone calling for their lives came again.

The cooling system of Unit 2 died heroically just over thirty seconds after the tsunami hit!