Li Yuzhang, as the grandson of Academician Li Chunhua, has been immersed in his own research since he entered the master company. Different from his grandfather, Li Yuzhang's main research direction is energy storage batteries. It's just that there has been nothing to be done in this regard. However, this is also understandable, if each of the world's scientists can make a difference, then the earth will not take off sooner. In fact, the scientists who can really make achievements are not even one-tenth, or even one-hundredth! Most people are repeating someone else's research.

However, his grandfather sent himself to the master company despite his opposition, which also made him very dissatisfied. To be honest, I am skeptical of these start-ups of teenagers who have not even obtained their graduation certificates, and even have some doubts about these people.

In addition, after entering the master company, although I have been taken care of to a certain extent, I can no longer go all out to study my battery technology.

However, at the end of last summer, the master company was able to undertake research tasks for the national departments of China, and let themselves follow, so that they had a thorough understanding of this new master company. It was only after this that his attitude began to change.

At this time, Li Yuzhang also began to discover that the internal research technology of the master company seems to be completely different from the mainstream research technology in the world! Here, there is no exhaustive English and foreign language materials, you must know that many technologies in the world are now developed by Germany, the United States, Russia and other countries, and the Chinese side has to learn English if they want to learn first, so that many experts are proficient in English, and therefore spend a lot of energy.

But the technology of the master company, in addition to the text, has many differences, but it is not very clear. In addition, it is said to be a practice method of fitness that is commonly promoted within the master company, but this thing is subject to a strict confidentiality agreement. I even have to swear to the sky that I will be taken back if I leave the master company! How do you look like a novel!

However, after practicing, I have enough energy, quick thinking, and my body has become more and more powerful, and I have never had any illnesses again, not to mention, and even recently run, I even surpassed the world champion in the 100-meter sprint! All of a sudden, I completely changed my mind!

Now, when I heard that a master company was going to establish an energy storage system, I submitted an application report. At all, as a small number of people who started battery research within the master company, Li Yuzhang got permission.

Looking at Liu Donghai and Qi Fengwu sitting above, Li Yuzhang's heart was full of envy, it is said that the high-level cultivation of these companies is more advanced than his own, and he didn't look at the big Qi Fengwu looks like a fairy, and the female leaders of the high-level within the master company are all beautiful and fairy, with a unique and luxurious temperament, it is said that this is the benefit of cultivation.

It's just that the strict confidentiality agreement has kept the master company silent, and the outside world still doesn't know that the master company is popularizing cultivation within the company.

Today is the internal energy storage system meeting of the master company, a few days ago, the master company began to tackle key problems in aircraft technology, and Liu Donghai and Qi Fengwu shared the research on energy storage. Now, after a few days of gathering, there are 20 researchers here, including five researchers who have been to the Huaxia Aerospace Research Center.

Liu Donghai slowly spoke, and now the former college students have become more and more of a company's high-level momentum: "Everyone, good afternoon, today is to let everyone know each other, and on the other hand, to discuss and determine the future research and development direction of energy storage systems."

According to the information submitted by everyone, I have made a summary and made a report here, and if there are any questions, you are welcome to discuss them.

First of all, there are many ways to store energy in the world, but there are very few technologies that can meet the needs of aerospace, or even very few.

Nowadays, after a long period of verification and discussion, the world has basically decided that the future power technology is mainly electric energy, and the plasma engine is the main direction of the future. If the first scientific and technological revolution is the steam engine, the second is the internal combustion engine, and the third is the electric motor; Then the new technological revolution is the plasma engine.

Whoever masters the mature technology of the plasma engine and the supporting energy supply system will master the heart of the future space master! This point has been recognized by everyone.

But while the plasma engine is improving the super kinetic energy, we have to have a problem, that is, the consumption of energy! Take the Wyvern fighter we participated in the last time we participated in the research as an example, the half-hour flight of two engines actually needs to consume the electricity consumption of a city with a population of one million for one hour!

Perhaps this was unimaginable before, but today it is a problem that we must face.

If the engine is the heart, then energy is food, and without enough food, the plane will not last long. Therefore, what we have in front of us is how to study a huge amount of energy storage systems.

According to the technologies that you have provided, the following technologies can be used in aerospace: fuel cells, nuclear fission reactor technology, and super batteries. Among them, the super battery technology is divided into cultural energy storage and physical energy storage.

However, among the various technologies, fuel cells need to use a large amount of fuel, as well as oxygen, which increases the burden on the system, and the output energy per unit time is too small, and it is estimated that under the premise of limiting the volume, it can only meet the consumption of general civilian propeller aircraft at most. Basic exclusions.

The second nuclear technology, as we all know, even if it is now possible to make a small nuclear reactor on a car, but in such a volume, the temporary output power of nuclear technology is too low, and the dynamic stability and safety of the nuclear reactor are not good. To achieve a large amount of energy output, a nuclear reactor needs to be big, big! Subsonic aircraft can use nuclear reactor technology, but supersonic aircraft, its output power will not keep up. This point, which has been studied for half a century at home and abroad, has finally come to the conclusion that it is abandoned.

Therefore, there are only two paths in front of us today: chemical super-storage batteries and physical super-storage batteries.

Among them, the pinnacle of chemical batteries should be the current sodium lithium-ion battery technology, every kilogram of weight, can store 100 kilowatt-hours of electrical energy, according to aviation design, if the battery has a ton of weight, can store 100,000 kilowatt-hours of electrical energy, ordinary aircraft are enough, fighters are still a little insufficient. Even if 10 of these batteries are installed in the current aircraft, the cost price is extremely high. Moreover, ten tons, the weight is too great. However, the ability to have such technology and numbers also shows that chemical energy storage batteries still have a relatively brilliant prospect.

In addition to this, the second is physical energy storage. Unlike chemical energy storage, which relies on chemical bonds, physical energy storage relies on electronic transitions. At present, Huaxia's more mature technology is: magnetic field sealed electronic leap energy storage battery, which uses a strong magnetic field to bind high-energy electrons around the nucleus to complete energy storage. When energy is released, electrons jump from high orbits to low orbits, thus releasing a huge amount of energy.

At present, one such battery in Huaxia weighs about 2.8 tons and has an energy storage capacity of 600,000 kWh. However, the working area inside is only about 0.8 tons, and the rest is all various security devices.

Therefore, today two kinds of research projects are officially established, chemical batteries and physical batteries. You can apply for your own research project. Sufficient funds and equipment. ”