My Black Tech Shelter

At 10 a.m. on the 19th, Lu Chen got up and made a simple breakfast. After ten days of accumulation, there are now 2640 energy points in the nano core, which is enough to transform his own heavy truck.

After breakfast, Lu Chen came to the garage. Looking at the big truck in front of him, Lu Chen prepared to transform it according to the vehicle in a game. Lu Chen had played a game before, called Survival Day, in which there was a task called Mobile City. After completing the task, he would be rewarded with a vehicle called Belas, which is also a heavy truck, but it uses a nuclear reactor as power, unlimited energy, and can automatically produce ten bottles of clean water and ten potatoes every day. Moreover, the pass rate is very high, and it can even walk in water. When Lu Chen was playing, he was thinking that if the end of the world came one day, if there was such a car, it would be invincible. Unexpectedly, things are unpredictable, and it really came to the end of the world, but he also had the ability to make such a car.

Since Lu Chen didn't have any abandoned nuclear reactors, he could just use electricity. The truck was so big that it could be equipped with a large number of high-energy batteries, which could be replaced later when nuclear reactor technology was available. Moreover, it was only operating within the city, so the current battery energy density was more than enough.

Then the cargo box was divided into two halves. The front half was connected to the front of the car, and a micro-server group was installed inside, as well as a large drone and two small drones. Finally, a small water purifier was added to filter clean water. The cargo box at the back was used to load cargo, which ensured safety and cargo transportation capacity.

Then Lu Chen started his transformation journey. He first went to the processing room to make two small drones and one large drone. Then he input the manufacturing drawings of the micro server into the central computer of the production line, and then started to produce micro servers. He directly chose to produce ten.

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Micro server group (in data processing)

Manufacturing energy required 200 points

Manufacturing time: 30 minutes

Expanded area: 2 meters high, 0.5 meters long and wide

Performance of a single server:

Running memory: 32GB

Storage: 1TB

Energy consumption: 2.5 degrees per day

Description: The micro server group composed of ordinary servers has only one cabinet, but ten ordinary servers are placed inside. With the addition of ten servers, the computing speed is greatly improved.

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This data is made using the nano core, but Lu Chen input a single server drawing into it. Then Lu Chen put the ten manufactured micro servers aside and started to produce graphene lithium-ion batteries

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Graphene lithium-ion battery manufacturing requirements: 100 energy points/50 energy points (providing graphene batteries)/kg

Energy density: 200WH/g

Description: High-energy batteries developed with graphene battery technology have an energy density of 200wh/g. The fast charging and discharging capabilities brought by its unique graphene technology can release and charge a large amount of electrical energy in a short period of time, which can provide a large amount of power for electrical equipment (it may also be directly overloaded).

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Lu Chen also input the battery manufacturing drawings into the central computer, and then clicked on manufacturing. Using standard batteries as units, a total of 500 kg of standard batteries were produced.

Then Lu Chen input the permanent magnet synchronous motor design scheme designed in the past few days into the nano core, and used the nano core to manufacture the permanent magnet synchronous motor. After all, he did not have rare earth, so he could only use the nano core to manufacture it.

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Permanent magnet synchronous motor

Manufacturing requirements: 100 energy points

Output horsepower: 400 horsepower

Maximum output torque: 1380 Nm

Description: The electric motor has been transformed from the high-speed rail permanent magnet synchronous traction motor, with high horsepower and high torque output. After ensuring the power supply, it will bring you surging power.

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Finally, Lu Chen used the nano core to manufacture all the accessories and the vehicle architecture as a whole solution.

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Pure electric heavy truck

Manufacturing requirements: 1000 energy points, 500 kg standard graphene lithium-ion battery, 10 micro servers, 12 permanent magnet synchronous motors, 1 large drone, 2 small drones

Load: 60 tons

Driving distance: 2000 kilometers

Description: The mobile fortress composed of graphene lithium-ion batteries, drones, central server groups, and permanent magnet synchronous motors is your best choice in the doomsday. Select,

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Lu Chen was amazed at the data in front of him. The 2,000-kilometer range was enough for him to travel all over Dragon Country. Then, Lu Chen spent 1,200 energy points to make 12 permanent magnet motors, and then transported drones, servers, water purifiers and other equipment to the side of the heavy truck.

Then, Lu Chen spent 1,000 energy points to make a nano insect nest, started it up and put it in the car. The nano insect nest began to extend, wrapping the surrounding equipment and trucks, and then gradually took shape. Lu Chen saw that it would take a long time, so he returned to the shelter to continue studying artificial intelligence.

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On the other hand, the nuclear-powered train developed by the high-speed rail manufacturer and the staff of the National Nuclear Energy Research Institute is almost completed. Due to their rich technical experience in building nuclear-powered submarines, a nuclear reactor was built in the last carriage of the train. The entire carriage is used as the reactor's workplace. The train shell is added with radiation-proof materials, and the original high-speed rail permanent magnet synchronous motor traction system is used to transform it to adapt to the current operating mode.

Qian Xiangdong, the designer of the nuclear-powered train, received the project after the doomsday. He led a group of researchers to study the project day and night. Finally, two months after the doomsday, he successfully completed the task assigned by his superiors.

Afterwards, Qian Xiangdong led the staff to start the trial run. When the start button was pressed, the train began to run slowly. The staff began to increase the power. The train began to accelerate slowly and finally stabilized at a speed of 200 kilometers per hour. Next, it began to run non-stop along the railways across the country. It is expected that it will take a month of testing before it can be officially put into production.

Although it is the end of the world and time is precious, there are still diesel locomotives as the main means of transportation, so the demand for nuclear-powered trains is not so high for the time being. In addition, Qian Xiangdong also reserved a position for anzhua to be able to use nuclear fusion power when designing. Once the nuclear fusion research is successful and miniaturized, it can be directly replaced.

The capital also received the information about the test and said that it would pay close attention to it. After all, Longguo is an oil-poor country with very little oil production. The exploitation of marine oil cannot be done due to weather problems. As an important chemical raw material, oil is not just used as fuel, so it is also good to save fuel.

At the same time, in the protective clothing manufacturing workshop, using the battery technology provided by Lu Chen, a new generation of protective clothing and protective armor batteries have begun to be manufactured. The previous protective clothing is ready to be sold to the public to recover some resources. The previous protective armor was designed as a standard detachable battery module at the beginning of its design. Therefore, in order to save resources, only new battery modules need to be produced. In addition, due to the increase in battery performance, researchers are preparing to install a heavy weapon platform on it, which can be equipped with a variety of heavy weapons, such as Gatling, multiple rocket launchers, and recoilless guns.