My Black Tech Shelter

In the capital of Dragon Kingdom, Dragon Academy, a convoy arrived in front of the shelter of Dragon Academy. After the guard saw it, he stepped forward. After checking the procedures, he notified the internal guard.

After a while, a team of internal guards arrived at the scene. After taking the suitcase from a member of the escort team, they saluted each other.

Subsequently, the inner guard used the quantum scanner to check the suitcase. After confirming that there was no problem with the suitcase, he opened his personal terminal. After confirming that the reception was successful, the escort team leader opened his personal terminal. It showed that the task was completed. Then the escort team began to return, and the inner guard Then he entered the institute with his suitcase.

After entering the institute, the Long Academy experts received the suitcase from the inner guard and returned to the laboratory.

In the laboratory, a group of relevant experts gathered together, opened the hard drive in the suitcase, looked at the information on it, and kept sighing.

Seeing the special structure inside the graphene lithium-ion battery, energy experts marveled at the wonderful ideas.

After seeing the information on the holographic platform, combined with the use of videos, these researchers felt suddenly enlightened by the technologies used in several technologies.

In fact, in addition to battery technology, other technologies such as electric aero engines and holographic platforms are about to be developed after the development of weak artificial intelligence. However, some key technologies have stumped researchers.

After seeing Lu Chen's physical objects and research materials, it was like piercing a layer of window paper, and I immediately knew how to solve it.

Among them, Lu Chen's aero engine is not just as simple as electricity driving the motor to turn the propeller to provide power. It also has a transmission device inside. Otherwise, wouldn't it be cool if it couldn't accelerate during the battle?

Due to the limitations of his previous knowledge, Lu Chen only knew the name of other high-tech energy storage batteries and did not know anything else, so he only used lithium ions and graphene to create this high-energy battery.

But Longke Academy is different. It has cutting-edge battery technology. Although it is only prepared in the laboratory, after reducing some performance, it is possible to create batteries with higher energy density by referring to Lu Chen's graphene battery structure. , eliminating a roadblock for future large-scale equipment.

At present, Lu Chen's technology has made the battery density reach 200WH/g, which does not seem high at first glance, but converted to 200 kWh per kilogram, but the data also mentioned that this was prepared in the laboratory. If large In large-scale production, it may be reduced, but even so, one ton of batteries can store 200,000 kilowatt-hours of electricity, and the minimum for mass production is 150,000 kilowatt-hours, so if used on a large transport aircraft, it can be fully loaded With a range of tens of thousands of kilometers, the combat radius on a fighter jet can reach four to five thousand kilometers.

Two days later, after the researchers had a thorough understanding of the battery technology, they began to modify the production equipment at the nearest battery factory. At the same time, they sent modification plans to research bases in various places so that such high-energy batteries could be used in various places.

After mass-producing a batch of batteries, the researchers tested it. Due to mass production, the average density of this batch of batteries was 150 kWh per kilogram, so it was still very objective. Although the loss was a bit much, the energy density was still Very big.

A few days later, at the air force manufacturing base in the capital, a Y-20 was lying quietly in the hangar, and technicians were undergoing modifications.

Now the power unit of the Yun-20 has been removed, and a new battery weighing 1 ton has been installed. When fully charged, it can store 150,000 kilowatt-hours of electricity. After reinstalling the electric aviation engine designed by Longke Academy, it is ready to conduct a test flight. After emergency modification, testing will finally begin today.

At nine o'clock the next morning, the hangar door slowly opened, and a Y-20 slowly drove out, and then arrived at the runway. At this time, the airport runway has been specially modified, so there is no need to worry about icing. ,

Following the order, the Y-20 slowly took off. After taking off, everyone breathed a sigh of relief. After taking off, the transport aircraft began to accelerate and soon rose to an altitude of 10,000 meters because the sealing was well done. , volcanic ash in high altitude cannot enter the transmission system,

After a series of tests, the Y-20 returned. After landing, it parked in the hangar, and researchers came up for inspection. Finally, after a night, the test report came out the next day.

The report shows that after yesterday's test, the modified Y-20 has a ceiling limit of 15,000 meters and a transportation radius of 6,000 kilometers. If the power is sufficient, it will take two hours for the battery to be fully charged, and the load has also changed. , the previous take-off weight was 200 tons, and the payload was only 66 tons, and the internal equipment accounted for half of the weight. After the electric modification, the take-off weight reached 300 tons, and the payload reached 150 tons, which is a huge improvement, so this The transformation was considered a success.

After the successful transformation of the Y-20, since it was impossible to modify the fighter's turbojet and turbofan engines, aviation researchers settled on the next best thing and regained the propeller aircraft. However, this propeller aircraft has been magically modified, except for the way it flies. It's the propeller, and the rest is not much different from modern fighter planes.

External air-to-air missiles, air-to-ground missiles, air-to-ship missiles, etc., as well as modified firing regulators and high-power electromagnetic machine guns installed,

There are also long-range bombers using high-energy batteries. Although they fly slowly, they can fly far. The bomb load reaches 20 tons, which is far more than the 10 tons of the H-6K. The bombing range reaches 12,000 roads, which is 3,000 kilometers more than the H-6K.

When all these are completed, Longguo has returned to the blue sky. The next step for researchers is to study high-speed aircraft engines based on high-performance batteries, so that the speed of the aircraft can reach the speed and maneuverability of modern fighters again.

For a period of time, all aviation personnel entered a busy state and began to transform all the Y-20s, while fighters and bombers transformed half of the aircraft, ensuring that if the volcanic ash is eliminated in the future, if the high-speed electric aircraft engine is not developed, the original fighters can still be used for combat.

After transforming a batch of transport aircraft, the connection between the various military regions has become closer, and the thoughts of some ambitious people have been extinguished, seeing the country's foundation and the will of the people.

As time went by, more and more planes appeared in the sky. These were civil airliners that had been transformed and were flying back into the blue sky. However, they were now under military control and had been used for military mobilization.

During this period, Lu Chen's aviation license was also issued, and some resources were given to thank Lu Chen for his contribution to the country. These resources helped Lu Chen solve his urgent needs.

During the period of national transformation, Lu Chen also developed mining equipment. However, because he had manufactured transport aircraft, he had no resources to manufacture mining equipment. The country happened to send a batch of resources, so he directly manufactured a set of mining equipment.

Lu Chen also explored the Anxi Mine in Annan. It was covered with heavy snow and empty. So after Lu Chen asked about the country's overseas strategy, he prepared to occupy the mine directly and communicated with the military. The military also thanked Lu Chen. It was just a mine, nothing.

Not only Lu Chen wanted to occupy the mines abroad, but the government also wanted to do so. However, the government reactivated the mineral resources purchased by the state-owned enterprises and sent troops to guard them. Now that they have air transport power, they can achieve direct control. At most, they can provide some technical support or resource transactions to the shelters in the host country for humanitarian reasons, but it is not free and requires resources or technology in exchange, especially for countries in the Mediterranean region.

When Lu Chen was looking for information, he found that the performance of the military's large transport aircraft was better than he thought, so he mentioned it to the military, hoping to get the data of the specific transmission device to study and see if his aircraft could be improved. Finally, the military gave Lu Chen the relevant data in consideration of Lu Chen's intelligence and future cooperation.

Lu Chen modified his unmanned transport aircraft based on these data. After adding a large number of transmission devices, after simulation tests, it has been able to reach a ceiling of 10,000 meters. The flight speed has not changed, but the load capacity has been greatly improved to 10 tons. Because it is unmanned, part of the load capacity is occupied by the server. By copying a simple program of Zero, it can fly automatically without occupying Zero's computing power.