Genius of the Rules-Style System

Chapter 1321: 632

Making money really is a very attractive thing.

Even though Zhao Yi was already at the peak of global wealth, he wouldn’t refuse to earn more, continuously elevating his net worth.

Additionally, what was attractive was that this was a project that could allow Yixing Technology Company to make money.

Zhao Yi was very attached to Yixing Technology, as it was the company into which he truly invested effort and aspired to excel.

He owned other companies like Star Billion Technology and Star Billion Investment, but the founding of these companies served only for the purposes of investment and patent sharing and were not genuinely operated with attention.

Yixing Technology, now, was a high-end aerospace R&D enterprise researching technologies at the frontier of human scientific progress. A conventional enterprise desiring to develop must realize a profit, rather than continuously investing.

If there was only investment towards R&D, it would not be a conventional enterprise, but rather purely a scientific research institution.

When deciding to establish Yixing Technology, both Zhao Yi and Liu Jiankun thought to break through technologically as a means to achieve corporate profit, such as providing technical services related to satellites and rocket transport, and subsequently manufacturing small space shuttles, becoming a company focused on creating functional space vehicles.

If in the future it became possible to explore planets, opportunities for profit in planetary exploration could also be sought after.

What Zhao Yi never expected was to find such a quick profit point, and it was from an energy direction he had never considered.

In recent years, new energy has become the mainstream in the manufacturing industry.

The whole world has been promoting new energy; it has even become a business gimmick, encompassing wind power, electric transportation, and even controlled nuclear fusion, among others. Numerous technologies have been proposed, with electric vehicles developing particularly quickly, with many countries setting targets to cease the production of conventional fuel-powered cars within a certain number of years.

Although there are many new energy vehicle technologies on the market, and some manufacturers have rapidly expanded by centering their development on such vehicles, the disadvantages when compared to traditional energy are still quite evident, with the main issue being the excessive time needed to recharge. fгee𝑤ebɳoveɭ.cøm

No matter how quickly battery technology advances, it can’t keep up with mature fuel power technology; recharging still takes a very long time.

Electric vehicles also have many other problems, such as their weak resistance to cold and heat; some electric vehicles may even spontaneously combust under special conditions.

Etc.

Now things have changed.

If there was a continuous supply of solar power, functionality would no longer be an issue. As long as the connection with the spatial equipment was maintained, direct and efficient light energy could be continuously converted into electric energy.

Vehicles made in this way wouldn’t need to be charged at all to have a continuous source of power.

Of course, all of this is based on the premise of having an Energy-Gathering Satellite in orbit around the sun, continuously supplying energy.

This is the core.

Zhao Yi focused and began the design work; the Energy-Gathering Satellite orbiting around the sun was essentially a spatial connection device circling the sun, and its core technology was Spatial Connection Technology.

After the analysis of the technology for spatial energy transmission, the satellite’s core design was no issue—the accompanying electronics system, power devices, etc., were all easily solvable. The real challenge was the material.

At a distance of one hundred thousand kilometers from the sun’s surface, it is an exceedingly dangerous zone where the maximum temperature could exceed one thousand degrees Celsius. It would also have to endure the effects of solar activity, high-speed charged particles, electromagnetic storms, ultra-high-intensity radiation, etc.

In such a harsh environment, ordinary electronic devices would be immediately damaged.

Therefore, the Energy-Gathering Satellite encircling the sun must be entirely made of Z-wave Compression materials, and most of the interior must also use such materials.

For this, one should seek out a high-end compression material manufacturing company.

The high-end compression material manufacturing company was a newly established company under the aegis of the Science Bureau, its core being the original Z-wave Compression material team. The company was founded to manufacture Z-wave Compression materials more efficiently and scientifically.

The current Z-wave Compression materials were primarily supplied for the latest technology research and had not yet been directly popularized in the civilian domain. Because of this, the high-end compression materials manufacturing company seemed rather idle. They had made a lot of preparations, but all for the imminent spacecraft manufacturing project.

After completing the design, Zhao Yi immediately contacted the high-end compression material manufacturing company, as well as the Space Information Technology company and the Aerospace Bureau. He found the relevant persons in charge and also reached out to the officials of the Science Bureau, gathering them to research and discuss the production of the Energy-Gathering Satellite orbiting the sun.

In fact, it was also negotiations.

The Yixing Technology Company is also under the umbrella of the Aviation Group but operates independently, and therefore, must be self-sustaining.

Whether it is applying the technology or using the materials, all related costs must be paid, and as the production of the Energy-Gathering Satellite orbiting the sun is a key project, it was certainly expected to be profitable, negotiations had to follow regular business protocols.

This morning, representatives from the two companies as well as the Aerospace Bureau arrived.

In addition, officials from the Science Bureau were present, including Director Liu, whom Zhao Yi was familiar with.

More than an hour before the beginning of the meeting, Director Liu found Zhao Yi and inquired about the detailed situation.