Luo Jia closed her eyes and rested in the office, listening to the ticking sounds in her ears.

As this sound continues, the inheritance of extra-stage civilization is constantly instilling into his brain, forming folders.

As long as you open these folders, the data inside will be transferred to Luo Jia's brain storage center.

It sounds like a wonderful process. Anyone who has been to school understands that just remembering what the teacher teaches is just the first step in learning.

What is even more difficult is understanding and understanding, turning knowledge into handy tools.

Luo Jia really learns a lot every day now. The more data stored in the brain, the more content he has to learn, understand, and integrate.

For a long time, Luo Jia hated the noise in her head and even saw a doctor.

However, as Star Technology continues to grow and grow and enters an increasingly advanced field, Luo Jia begins to long for more knowledge to solve the problems he is facing now.

According to the knowledge level of extra-star civilization, Luo Jia is still a primary school student now.

He wants to go to middle school and college, because only by the continuous improvement of his learning level can he lead Xingchen Technology and develop more black technologies that can change the world.

It would be great if the sound of the ticking sound in the brain could get faster.

Unfortunately, the golden dome obviously has its own plan. It is like a silent teacher, instilling knowledge into Luo Jia little by little at a fixed rhythm.

Now Luo Jia no longer imagines why extra-galactic civilizations perish and what kind of enemies make them perish.

Because things on Earth made him unable to distract him, at this stage, every step forward of Xingchen Technology became more and more difficult.

Recently they have been trapped by energy storage technology.

This technology is very important because only by solving the energy storage problem can we maximize the use of a large amount of electricity wasted in China every day.

As a group of Chinese people, everyone in the tough guy group hates waste, not to mention that energy is wasted every day is an astronomical number.

It's really shocking. Twenty percent of wind power and solar power generation, and thirty or forty percent of thermal power plants run half a car.

If all this electricity is used, how much GDP can be created and how many electric vehicles can be used to drive on the road.

In order to solve the energy storage problem, Xingchen Technology's hardware department has organized many research groups.

The pumping storage group studies how to turn excess electricity into potential energy, build a large reservoir, which can be used to pump water and accumulate it in the reservoir. When needed, open the gate and use a hydroconservancy generator to perform power generation operations.

This technology is used in many places around the world, but the location selection of reservoirs is always limited, and it will cause a lot of losses during the pumping and storage process.

When pumping water with a water pump, the water pump will consume electricity, and then use the water and electric unit to generate electricity, which will cause a lot of losses. The water is stored in the reservoir, and the sun will cause evaporation, which is also a kind of loss.

So based on the current situation, although Xingchen Technology has a pumped storage research team, Luo Jia does not think that this technology is suitable for the future. She just did some research just in case.

There is also a compressed air energy storage group.

As we all know, there are many natural voids under the surface of the earth, and compressed air energy storage means using excess electricity to extract air, compress the air into the underground void, forming pressure, and then relying on pressure to generate electricity in the future.

This study is suitable for wind turbines, because wind turbines can directly drive the compressor to operate, but the disadvantage is also huge losses.

There is also a team studying flywheel energy storage.

The so-called flywheel energy storage is like winding a mechanical clock. Friends who have brought a mechanical watch know that they have to twist it twice every morning when they wake up, and the process of twisting it will store the energy in the flywheel.

Like the first two, flywheel energy storage also has too much loss and requires high energy storage machinery. It is not as easy to pump water.

But Luo Jia, based on the principle of "being killed by mistake but not letting go", also made people study it.

This is far from over. The first three research groups are all studying mechanical energy storage, while the big head of Xingchen Technology is actually betting on electrical energy storage.

In terms of electrical energy storage research, Xingchen Technology has a key breakthrough group directly led by Anron, the supercapacitor group.

The supercapacitor is an electric double layer structure composed of activated carbon porous electrodes and electrolytes, which ultimately obtains the existence of super-large capacity storage.

Unlike batteries that use chemical reactions, the charging and discharging process of supercapacitors is always a physical process, simple, rough and effective.

Supercapacitors have many advantages, short charging time, long service life, good temperature characteristics, energy saving and green environmental protection.

There is nothing too complicated about supercapacitors, they are capacitor charging, and the rest are materials. The current research direction of Xingchen Technology is whether it can achieve a small area and a larger capacity.

Tesla's boss Musk said as early as 2011 that the batteries of traditional electric vehicles are outdated, and new cars powered by supercapacitors will be replaced in the future.

Now it seems that Musk said this too early.

Because Star Technology, an unexpected monster legion, emerged, the application of supercapacitors in cars has been interrupted by Luo Jia, and they have made truly cost-effective batteries.

But no matter what, it can still be seen that supercapacitors are still very promising. Its charging and discharging performance is very good and the cost is much cheaper than lithium batteries. If it can solve the energy density problem, it can be used as a future energy storage solution.

This is also the reason why Anron and Ji Ming, the company's hardware department, are all in supercapacitor groups.

In addition to them, the supercapacitor group also has up to 200 doctoral and master's degree, which is the largest research group in the entire energy storage program.

Although Xingchen Technology's main focus is supercapacitors, Luo Jia did not let go of other technologies that may be successful.

There is also a superconducting energy storage group in the hardware department, and the things that the group has studied are amazing.

Superconducting energy storage system roughly includes four parts: superconducting coils, low-temperature systems, power regulation systems and monitoring systems. It uses the characteristic of zero resistance of the superconductor to make a device for storing electrical energy.

Among them, the development of superconducting materials is the top priority, and superconducting materials can be roughly divided into three categories: low-temperature superconducting materials, high-temperature superconducting materials and room-temperature superconducting materials.

In the field of materials science in the company, another great man Chao Anbang is the host of this project.

Chaoanbang is a local master produced by Tsinghua University, the top scorer in science in Huizhou’s college entrance examination, and a recognized genius at Tsinghua University.

How awesome is this guy?

It is said that when he was in class, he would ask questions with one hand, and the professor standing on the podium would tremble. There were often things that the professor could not continue to talk and he would directly ask Chao Anbang to come to the stage to talk.

Chao'anbang is much younger than Ji Ming, and is only in his early twenties. His talent is comparable to Ji Ming, but he has less experience.

Ji Ming has presided over the Cambridge Nanomaterials Laboratory. He not only has a good R&D, but also has the ability to manage projects.

In general, Chao Anbang has a bit of the meaning of Ji Ming's student, but he only received Ji Ming's guidance at work and did not have the title of master and apprentice.

The operating model of the entire Star Technology is basically the same.

Members of the Brain Storm Group are equivalent to leaders and mentors in the company, while members of the Brain Storm Group learn from the mentors of the Brain Storm Group.

Yes, learn.

The learning atmosphere of Xingchen Technology is very strong. Di Wuchang invited back from all over the world, and their subordinates are accompanied by several young people with terrible potential.

This operation is actually similar to that of a university, except that the university graduate students do not receive salaries, but at Star Technology, they can get generous salary returns.

Another feature is that the level is too high.

Although Chaoanbang is only equivalent to Ji Ming's student in Xingchen Technology, if he returns to Tsinghua one day, he will be a professor-level existence.

Only in a monster legion like Xingchen Technology, which is so powerful that Chaoanbang will be a student for others.

Looking at any university in the country, it is impossible to do it, because even the big guys from Peking University and Tsinghua University are not a rival to Xingchen Technology.

The tough guy group and the brainstorming group are essentially a combination of scientific research monsters and super scientific research monsters.

Even so, Star Technology still has an elimination mechanism.

Every year, people will work in the following branches. If you want to stay at the headquarters for a long time and contact the most cutting-edge scientific research results, everyone in the Tough Man Group must keep working hard.

Like this time, Chao Anbang performed well and was recommended by Ji Ming. Luo Jia arranged to directly lead a scientific research team, which was a recognition of his efforts.

Maybe in a while, Chao Anbang will be able to join the brainstorming group.

For everyone in Star Technology, it is a huge honor to be able to join the Brainstorm Group.

Can this superconducting energy storage group from Chaoanbang be successful?

There should be no hope, because even if superconducting is made, the price will be amazing. What Luo Jia wants now is a cheap and easy-to-use solution.

But is the superconducting research led by Chao Anbang valuable?

It's so valuable. After all, this is a superconducting project. Even if it cannot be applied, it will inevitably burst into unparalleled power in the future.

There are already five research groups here, but in order to solve the energy storage problem, Xingchen Technology has a sixth group, the electrochemical energy storage group.

In simple terms, electrochemical energy storage means battery energy storage.

This group is in charge of the Battery Business Department. Zhang Dongning and others are already promoting the second generation of lithium batteries, and will also study sodium-sulfur batteries and flow batteries.

However, the probability of successful electrochemical energy storage is relatively low, which is not the primary task of the battery project department.

Six groups have already occupied a huge amount of energy in the hardware department by studying energy storage, but this is still far from over.

The company has even recently established a new ship business unit.

Yes, in order to solve the energy problem, Star Technology even needs to design engineering ships.

According to Luo Jia's plan, the next step in energy storage issues is to large-scale offshore wind farms.

The wind turbine is not a wooden stake, it is enough to be in the sea.

The underwater environment is so complex, and the soft mud and sand cannot support the wind turbine at all, so piles are needed to build a submarine platform.

In order to build a subsea platform, we must study meteorology, ocean currents, draw accurate subsea topographic maps, and detect subsea geological structures.

In other words, when it is really time to start building offshore wind farms, Xingchen Technology will also establish a meteorological department and an ocean research department.

This is scientific research. The difficulty of scientific research is as difficult as it is to reach the sky!

For ordinary people, everything seems quite simple, but for people who do scientific research, this thing is really too complicated and too expensive.

When Xingchen Technology’s Baoshan headquarters opens its eyes every day, hundreds of millions of scientific research funds are flowing.

Luo Jia was busy for two days, constantly studying and listening to reports from various project teams.

It was not until noon on the 20th that Luo Jia received a call from her mother and remembered that today was her birthday.

It just so happened that the children were on holiday during the summer vacation. Pengcheng's uncle and uncle came to Shanghai. His mother told him to go home early today.
Chapter completed!