Rule department scholar

After several parties released the announcement of space light energy transmission technology, Yixing Infinite Power Company also released a separate announcement about the latest Infinite Power car.

"The unlimited power car uses the light energy transmission technology, which uses the light energy transmitted from the surface of the sun as the energy source, and your function converts the electric energy to drive the electric motor as the power, and then you can achieve unlimited power."

"So, the Unlimited Power Vehicle is an electric vehicle driven by light energy."

"The unlimited power car will be tested for about one and a half months. Our company will continue to release news related to the launch of the car."

The news from Yixing Infinite Power Company did not surprise the public opinion, but after the news was released, it still aroused a lot of heated discussions.

Many people have mentioned before that they want to buy an unlimited power car, but the main reason is that the car was developed and manufactured by Yixing, and they bought it because of Zhao Yi's participation.

Now it is completely moved by the technology of the unlimited power car.

The light energy on the surface of the sun is transmitted to the car on the earth. The technology sounds very tall. Even if the performance of the car is not discussed, many people are willing to pay a large amount of money if they only consider this technology at close range. .

Rich people don't care about the price of a car at all. They know that no matter how expensive a car is, it can't be too outrageous. They have made up their minds to buy it, even if it's worth showing off to their friends at home.

Many netizens at home and abroad directly named the unlimited power car as the "Dyson ball car", because the space light energy transmission technology seems to be the Dyson ball technology.

soon.

Some professionals have carried out popular science on this. Dyson sphere technology is different from space light energy transmission. The main difference lies in the energy transmitted.

Dyson sphere technology is a technology that uses the high heat and high energy of the sun's surface to realize nuclear fusion reactions, and the transmission of light energy in space is purely the transmission of light energy, rather than nuclear-reaction retransmission.

Although from a technical point of view, spatial light energy transmission is relatively low-end, most people think that it is not worse than Dyson ball technology at all, because space light energy transmission can already be applied to civilian vehicles, and it is obviously no worse than Dyson ball technology.

Thinking from the perspective of technology application expansion, if it can be applied in the field of civilian vehicles, it will definitely be applied to other means of transportation in the future, such as ships, trains, and even airplanes, as well as satellites and space stations in space, and even, with the future. Can be used to craft Power Stations.

The imagining of this kind of technological expansion has caused a global effect, and the first reaction of the financial market is that the crude oil and natural gas index ushered in a sharp drop.

The stock prices of major international automakers have also plummeted, especially the traditional fuel car manufacturers, whose stock prices have continued to fall even more, with no sign of easing up.

Many related institutions are no longer optimistic about fuel vehicles.

This is mainly due to the rise of the concept of new energy vehicles, and the international consensus on banning fuel vehicles has long been reached.

The previous new energy electric vehicles have many shortcomings, and they are still vigorously promoted by various countries, while the space light energy transmission technology and unlimited power vehicles have given traditional fuel vehicles a fatal blow.

Space light energy transmission technology can be said to make up for the shortcomings of electric vehicles.

That's not to say EV companies aren't affected.

For example, the stock price of the most popular electric car company in the world is already inflated. As the stock price of the auto industry fell, their stock price fell by nearly 50.00% within a week, and the market value was directly cut in half. Compared with some traditional fuel car companies , the decline was even greater.

This is mainly because the battery industry has been significantly affected.

Due to the financial effects brought about by the latest technology, some industries will fall sharply, while others will rise sharply.

For example, a solar panel company.

For example, silicon material.

The former is a key industry for growth. The market expects that the demand for solar cells will increase greatly in the future, and silicon materials have also ushered in a rise, but the rise is limited, mainly because silicon is too common, whether it is monocrystalline silicon or polycrystalline silicon. The cost lies in extractive manufacturing, not how valuable the material is.

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After the technology related to Infinity Power Vehicles was made public, Yixing Infinity Power Company had to solve the sales problem.

This is not a problem at all.

Just look at the reaction of public opinion, and you will know that only the first batch of [-] cars will be sold out on the day it goes on the market.

Yixing Infinite Power Company has just set up a sales department, and there are only a dozen people in the department, and several of them are technicians.

The sales department held a meeting and decided to focus on online ordering. They wanted to make relevant sales pages and open orders at a specific time.

After Zhao Yi explained the follow-up work, he took a bus to the capital to attend a meeting. He was going to attend a technical meeting on space light energy transmission.

The higher authorities attach great importance to the space light energy transmission technology.

Yixing Infinity Power Co., Ltd. has already produced the finished product of the receiving conversion end. The light energy receiving converter used in the Infinity Power car can provide a steady stream of more than [-] kilowatts of electric energy.

This is something that needs to be taken seriously.

The weight of the light energy receiving converter is about [-] kilograms, and it can provide more than [-] kilowatts of electric energy. The most important thing is that there is no need to supply raw materials, and the electric energy will be continuously output.

You know, the average power of the solar panels on the space station to convert electrical energy is only more than 100 kilowatts.

Obviously.

This technology will be widely used in the future, but it will also be subject to certain limitations. The biggest limitation is the problem of electric energy conversion power.

The higher-ups directly asked about power.

If the problem of converting electrical energy into power can be solved, related technologies can be applied to aircraft or other fields that require high power.

Zhao Yi shook his head and said, "It is simply unrealistic to apply this technology in the aviation field, because the function of energy-gathering satellite transmission is limited, and even if the conversion rate is high enough, it cannot be used as a luxury for aircraft that require high power. .”

"In addition, it is difficult to use electric motors to propel an aircraft that needs to operate at high speed, at least the existing technology does not support it."

"However, here I mainly talk about one point, which is the problem of power conversion."

Zhao Yi stood up and expressed his importance to the problem, "In terms of power conversion, there is no technical problem, and the manufacturing process is difficult to break through."

"Our light energy receiving converter, the main production cost is on the silicon wafer."

"The melting point of compressed single crystal silicon exceeds [-] degrees Celsius, and its strength and toughness have been greatly improved. Our partner manufacturers cannot cut this material into ideal thin slices."

"So, in the converter we manufactured, the internal single crystal silicon did not exert its maximum conversion efficiency."

"Now our compression material technology has far surpassed the manufacturing technology, so I suggest that we should consider expanding the advanced compression material company, scale up the production of related structural materials, and divert resources to the civilian manufacturing field."

"For example, using compressed materials to produce lathes with higher processing performance—"

Zhao Yi talked a lot in a row, most of which were related to manufacturing, and what he said were all facts, which aroused the affirmation of other participants.

The compressed metal produced by Advanced Compression Materials Company has greatly improved its melting point, strength and toughness.

This kind of material cannot be fully used in the manufacturing field, because the related manufacturing technology has not yet been improved.

Only higher-end compressed materials can be processed.

For example, cutting.

Ordinary cutting lathes are used to cut high-strength compressed metal materials, which may be directly damaged, and many corresponding processes require manual operations.

This leads to the manufacture of products that cannot exert their full efficacy at all.

This is the case with the silicon wafer inside the light energy receiving converter. After the silicon wafer is manufactured, the surface is obviously uneven, and there are even traces of manual cutting in some places, and the thickness does not meet the standard at all. It is more than three times thicker than the design.

If there is a corresponding manufacturing technology, the weight of the light energy receiving converter can be reduced from [-] kilograms to [-] kilograms, and at the same time, the conversion efficiency can continue to be improved.

The technical meeting organized by the high-level organization only discusses technology, and involves the manufacture of compressed materials of a confidential nature. It will definitely take several rounds of meetings to make relevant decisions.

After the relevant meetings were over, Zhao Yi led the Yixing team to discuss the manufacturing of the second energy-concentrating satellite with several high-end corporate departments.

When the first energy-concentrating satellite was manufactured before, the second manufacturing issue was already discussed, and the discussion was all about cost and technology.

Because a large amount of technology and patent fees have been paid, only [-] million yuan is needed to manufacture the second holding satellite, which is paid to the space information technology company and the space agency respectively.

The cost of patented technology is greatly reduced, which also greatly reduces the cost of energy-concentrating satellites.

The other core costs are materials and launch. The issue of materials still depends on high-level decision-making. The expansion of advanced compression materials company will definitely reduce the cost greatly, instead of making materials in large quantities every time, it is like doing experiments.

In addition, there is the launch cost.

The most important thing about the launch cost of a concentrated energy satellite is to get rid of the gravity of the earth, which requires the help of the z-wave device on the space station.

The z-wave device on the space station needs to be filled with energy every time it is used.

The process is complex and costly.

So Zhao Yi thought of the original plan of 'launching a high-power z-wave satellite'.

The energy-concentrating satellite is already in operation, and the next step is to launch a high-power z-wave satellite and establish a space channel.

Now there are no technical difficulties, and there are no problems in manufacturing. With the help of the space agency, it is mainly ground launch, which requires the use of large anti-gravity thrusters.

Before negotiating with the space agency, Zhao Yi had already made detailed calculations.

They said that the high-power z-wave satellites to be manufactured require more than 3000 kilowatts of electrical power, and a z-wave can establish a space shuttle from about [-] kilometers into space, all the way to Mars or the surface of the sun. The length is between [-] million kilometers and [-] million kilometers.

At the same time, the energy accumulation time before each use is less than half a month.

If the power can reach 1800 kilowatts, the energy storage time can be reduced to one week, which can be called 'capable of supporting frequent use'.

Z-wave technology has matured.

And the light energy receiving converter that converts 500 million power electric energy is almost the converter on the car, enlarged by more than [-] times, and the weight is about ten tons.

If compression material technology is applied in the manufacturing field, it can produce more finely cut silicon wafers, and the power conversion rate will be greatly improved, then the volume of the light energy receiving converter can be reduced to less than "fifteen times", and the weight is about six tons Will suffice.

Now that the technology for building high-power z-wave satellites has matured, it's time to open the way to space.

6 Chapter [-] The Huge Gap of Competent Skilled Talents

The construction cost of the high-power Z-wave satellites needed for the space route can be regarded as "high quality and low price".

Because only the Z-wave technology and the manufacturing technology of the light energy receiving converter are involved, and the compression materials required for manufacturing are mostly concentrated in the Z-wave port and the internal single crystal silicon wafer of the receiver, the satellite only needs to be in space around the earth. The operation, cost and energy-gathering satellites are not of the same order of magnitude.

Through the calculation of various materials and manufacturing costs, Zhao Yi easily estimated a figure - less than [-] million yuan, and the cost is mainly concentrated on compression materials and launch.

However, high-power Z-wave satellites cannot be built at will. They must be approved by superiors, and even a high-level meeting must be held to make a decision.

Zhao Yi directly submitted the application and attended a meeting to explain.

Then there is the waiting.

Z-wave satellites are domestic strategic-level satellites, and needless to say, they also carry the prefix of "high power". The driving and striking capabilities are quite strong, and they can be used as powerful weapons.

This is definitely not controlled by the company casually, not even Yixing Infinite Power Company.

Generally speaking, the application of Yixing Infinite Power Company can be approved, but the result must be that the use is restricted. In addition, it is difficult for the company to obtain the basic ownership.

Of course, Yixing Infinite Power Company does not need unlimited use and ownership rights.

They manufacture high-power Z-wave satellites for the purpose of establishing space lanes, so that small spaceships manufactured in the future can complete space shuttles and quickly reach their destinations without the assistance of spaceships.

The current high-power Z-wave satellites can be directly used to launch ring-solar energy-concentrating satellites.

If it can be supported by high-power Z-wave satellites, the launch cost will be greatly reduced, and the launch of future energy-gathering satellites only needs the help of anti-gravity thrusters, and the cost can be reduced to the order of tens of millions of RMB.

It's just too tempting.

Zhao Yi participated in consecutive meetings, and then returned to Zhengyang. The trip to the capital was rewarding. He finalized the second energy-concentrating satellite and applied for the construction of a high-power Z-wave satellite.

The next step is to wait for the approval. As long as the approval can be completed, the construction can be started directly.

He is still in a good mood, and the short-term future is worth looking forward to. After the construction of high-power Z-wave satellites, the cost of energy-gathering satellites can be reduced to less than 15 billion yuan.

If Advanced Compression Materials Company expands its scale and conducts market-oriented operations, the cost can even be reduced to less than one billion RMB.

The cost of energy-gathering satellites is reduced, and the cost of corresponding legendary energy usage will be greatly reduced.

Then the cost of the infinitely powered car manufactured, or other equipment that uses energy from concentrated satellites, will also be greatly reduced.

Then, there is a huge profit margin.

"Cough cough!"

"Profit is not important, the main thing is cost reduction, so that more people can experience advanced technology, not just see it in the news."

"Right, that is it!"

Zhao Yi nodded fiercely, feeling that he was much greater.

There is no need to worry about the manufacture of energy-concentrating satellites, because with the experience of the previous one, the second one can be made larger and can transmit more light energy, and the manufacturing speed will be much faster than the first one. Maybe the energy-concentrating satellites are manufactured, and the high-power Z-wave satellites may not necessarily pass the approval.

"That's where the trouble is, wait for the high-power Z-wave satellite, or just happen?"

Zhao Yi was a little distressed. He couldn't wait for the launch of the energy-gathering satellite, because no matter how much energy is transmitted, it is not enough.

As far as the civilian car market is concerned, the market for unlimited power cars is very large, especially after the cost is reduced in the future, and the sales price is reduced to less than 50 RMB, it can have a very large market.

The biggest limitation now is that the transmission energy is limited, so it is simply impossible to manufacture too many unlimited power vehicles.

In terms of energy transmission efficiency of the first energy-concentrating satellite, it can sustain the operation of up to [-] vehicles continuously. If there is more, energy shortages may occur, or even [-] vehicles may have energy shortages.

At that time, it will be very embarrassing.

Therefore, the total number of cars manufactured must be limited, and the cars cannot be made without energy.

[-] cars are placed in the auto market, and there is not even a single wave. The domestic demand for cars is in the tens of millions, and the market for a few years must exceed [-] million.

Tens of thousands of units?Hundreds of thousands of units?

A drop in the bucket!