Chapter 1636 Technology Transformation

The new materials extracted from the lunar samples have brought amazing technological changes to the scientific research projects within Jiuzhou Technology.

Due to different confidentiality levels, sometimes good friends who work at Jiuzhou Technology together meet during their leisure time. When they think of the drastic changes in the project, they can't help but laugh out loud.

"Well, we are all following the routine, but the company doesn't allow us to talk about this. Why don't we think about where we can go fishing in the future?"

"I heard that there are several ponds dug out of a field in Xinke District. If we can apply for a fishing quota, we can go there to fish. It's still inside Xinke District, so there won't be outsiders causing trouble."

"What, do you have to apply for a pond to fish?"

"You don't know this, the pond was dug by the space breeding project department. Raising fish is just testing the effect of fish feed made from some crops. According to the test, they have a high protein content, as well as trace elements such as calcium, iron, and zinc."

"Okay, okay, no matter what good element, it will make no difference if it is rolled in the hot pot a few times."

Although they agreed to go fishing during the holidays, after the two talked, the next time they could get through on the phone was a few months later...

The more durable polymer composite materials once used in the Bifang fighter have been successfully used in the next stage of bionic mechanical prostheses, the products of human internal bone joint replacements.

Sensors and software to monitor the health of astronauts in space have now been installed in the management offices of Jiuzhou Technology, as well as some workers in dangerous jobs and high-risk patients in the Titanium Star Community Sanatorium.

Air quality sensors used to measure lunar dust on the surface and in orbital habitats have now been improved to Jiuzhou air detectors. In the large environment, they can not only monitor forest fire emissions, factory sewage emissions, and assess urban air quality, but also be narrowed down to detecting air quality problems in small rooms such as indoor air quality, corridor air quality, and air environment inside warehouses.

The shock-absorbing and buffering technology, which was originally used to protect spacecraft and launch pads, astronaut space cabins and other equipment under extreme conditions during spacecraft launches, has begun commercial use. In Daxia, a Jiuzhou ergonomic chair produced using this technology has a price of 499 Xia yuan at its cheapest, and the most expensive is a customized table and chair package of hundreds of thousands.

Overseas, these products have a premium of about three to five times.

Thanks to the publicity of the life-support cradle at the mecha martial arts training base in "Smart Machine Crisis" and its outstanding performance in recent years, some hospitals in Daxia have now purchased and installed medical life-support cradles.

One unit costs five million yuan, which is quite expensive, but the cost of use is not low either.

Although many people have called for the inclusion of the life-support cradle in the medical insurance system, this call still needs time to be implemented in the face of Jiuzhou Technology's limited sales and high cost of use.

The multi-architecture laser radar that helps the lunar rover land, dig samples, and walk on the lunar surface has become the promotional material for the second generation of Xim series new energy vehicles.

Traditional laser radars work by emitting laser pulses. Subsequently, the global shutter flash laser radar technology was upgraded, and a single laser pulse can be used to obtain all data at once to generate an entire map.

The pulses are received by a focal plane array with thousands of pixels, which has many advantages, the most important of which is speed - tens of thousands of pixels can be obtained in a single laser shot.

When engineers from Jiuzhou Technology combined pulse technology, multi-bit lasers with carbon-based chips and added radar arrays, the promotional video of the Xim new energy test car even showed the car diving, "fishing and swimming" under the water, and running unimpeded in sandstorms.

In addition to the commercial application of technology in the aerospace field, Jiuzhou Construction Company and Titanium Star Department jointly developed a construction 3D printer. After completing the update, they also began to use the old version for commercial use.

However, this 3D printing technology is not only commercialized in the construction field. In the field of processing and manufacturing of automotive parts, BYD took the lead, and BYD's President Wang also told the media reporters about this business.

"After the successful completion of the Manufacturing 1025 plan, we ushered in the Smart Manufacturing 1030 plan. In the past few years, the lightweight and intelligent development issues in the automotive industry have received widespread attention, which has also become the development trend of the automotive manufacturing field in the future.

At present, the total value of the global automotive parts market exceeds 1.5 trillion US dollars. By the 1030th year of the Xia Yin calendar, the business potential in automotive parts will grow to 20 billion US dollars, of which the production of electric vehicle parts may account for 35%.

Now the main cost of a car is composed of four types of parts, namely the body of the car, auxiliary electronic products, interior and power system components.

Jiuzhou 3D printers have realized the technology of strengthening manufacturing of some smaller and less obvious continuous manufacturing parts, which means that we can use this 3D printer to provide customized product services to more consumers.

Users no longer need to wait for months for the original factory to customize the accessories. As long as the order is received, our factory can quickly arrange the production schedule according to the order time.

And all these work processes can be viewed by users in real time, and they no longer need to rely on 4S store staff to convey them, and they don’t need to wait anxiously for the time to be extended again and again.

In addition, our cooperation projects with Jiuzhou Technology have increased to include audio/video equipment, cameras, low-voltage power supply systems, instruments and meters, ignition system components, lighting and signal systems, as well as several different types of sensors, electrical switches, wiring harnesses, and of course electronic housings.

Thank you to Jiuzhou Technology's engineers for bringing us so many technological advances in the cooperation, and for being willing to work with us, BYD, to upgrade the process of intelligent workshop manufacturing. "

During the interview, BYD's CEO Wang changed his foul language and calmness as a science and engineering man, and instead praised the cooperation between the company and Jiuzhou Technology. He wanted to make sure that the whole world knew about his cooperation with Jiuzhou Technology, even if he was not being interviewed.

The reporters were also very curious about what technology Jiuzhou Technology had given BYD that made CEO Wang act so "uncharacteristically".

As the interview progressed, these media reporters went from being skeptical at first, to admiring later, and finally being amazed.

Because BYD's CEO Wang was so courageous, he was willing to abandon many of his previous technologies and choose to embrace Jiuzhou Technology wholeheartedly...