Yejiazhen, Gao Zhouzhi, and Yang Yuzhen came to Shengshi City to find Yonghan.
Yong Han came out from Landian Company to greet him and said, "Welcome."
Gao Zhouzhi said, "Have you ever stayed in Yucheng?"
Yonghan said: "Yes."
Gao Zhouzhi said: "We went there some time ago. We saw a huge electrolytic cell."
Yonghan said: “I don’t know if it’s the one I participated in designing.”
Gao Zhouzhi said: "That was many years ago. About 15 years ago."
Yonghan said: "Yes, the time is right."
Gao Zhouzhi said: "You're bragging, how old were you then?"
Yonghan said: "I just said that I participated in the design."
Gao Zhouzhi said: "It will take a lot of effort to manufacture, and it also requires a large energy source."
Yonghan said: "Yes, it requires a huge battery."
Gao Zhouzhi said: "What happened next?"
Yonghan said: "It consumes too much electricity and is too dangerous. I did most of it and then stopped working."
Gao Zhouzhi said: "Did you get stopped?"
Yonghan said: "I was a little regretful that we were stopped at the time, but later I thought about it and it was for our own good."
Gao Zhouzhi said: "I have come to see you this time for something else that I want you to take a look at."
Yonghan thought it was some kind of business cooperation. For example, in the power industry, chemical professionals provide the fuel required for chemical power generation, such as coal, oil, natural gas, etc., while electrical professionals are responsible for electricity production and distribution. In the field of environmental protection, chemical professionals provide various environmental protection technologies and solutions, such as wastewater treatment, exhaust gas treatment, etc., while electrical professionals are responsible for the power supply and automation control of environmental protection facilities. In the energy field, chemical professionals provide various energy storage and conversion technologies, such as batteries, fuel cells, etc., while electrical professionals are responsible for the power supply and optimization of energy storage and conversion equipment.
Yonghan said: "What's the matter?"
Gao Zhouzhi said: "Is this device from your company?"
He took out a photo, which was a section of thick pipe.
Yonghan said: "Gas insulated fully enclosed combined electrical appliances. Yes."
Gao Zhouzhi said: "Do you know who bought this?"
Yonghan said: "I see that the numbers on it have also been worn away. There is no way to find it."
Gao Zhouzhi said: "Do you have any impression, did you help them transport them here?"
Yonghan said: "It has never been transported here."
Gas insulated fully enclosed combined electrical appliances are composed of circuit breakers, isolating switches, grounding switches, transformers, arresters, busbars, connectors and outlet terminals, etc., all of which are enclosed in a metal grounded shell, with a certain amount of pressure inside. Sulfur fluoride insulating gas. It is widely used not only in the fields of high voltage and ultra-high voltage, but also in the field of ultra-high voltage. Compared with conventional open substations, its advantages include compact structure, small footprint, high reliability, convenient installation, strong safety, and small maintenance workload.
Sulfur hexafluoride is produced by reacting sulfur and fluorine at high temperatures. It is a colorless, odorless and non-toxic gas at normal temperature and pressure. An excellent cooling medium. Its unique and stable octahedral molecular structure makes its chemical properties extremely inactive. Within the normal operation range of electrical equipment, it does not react chemically with electrical materials such as copper, steel and aluminum. It is not corrosive and has inactive pharmacological properties. It has good electrical insulation performance and arc-extinguishing performance. The insulation performance is two to three times that of air. The greater the gas pressure, the higher the insulation performance. Sulfur hexafluoride has excellent arc-extinguishing characteristics. Its arc-extinguishing ability is about 100 times that of air. It is especially suitable for breaking high voltage and large current.
Yonghan said: "How can there be such a thing in this place? It is used to transmit high-voltage electricity."
Yang Yuling said: "Yes, someone must have done experiments here to transmit high-voltage electricity."
Luo Shao said: "But there are no high-voltage lines or transmission lines nearby."
Gao Zhouzhi said: "That may be using their own super power."
Yonghan said: "What are you studying in this factory?"
Gao Zhouzhi said: "Some new inert gases. Sulfur hexafluoride was accidentally detected nearby."
In the process of welding precision parts and manufacturing semiconductor transistors, argon is commonly used as a protective gas. Plutonium, the nuclear fuel for atomic energy reactors, also oxidizes rapidly in the air and requires mechanical processing under the protection of argon gas. Filling the light bulb with argon gas can reduce vaporization of the tungsten filament and prevent oxidation of the tungsten filament, thereby extending the service life of the bulb. Inert gases have stable chemical properties, are generally not prone to chemical reactions, and have no direct harm to the human body. However, although it is an inert gas, it is also an asphyxiating gas. Inhaling large amounts will cause suffocation. The production site must be ventilated.
Ye Jiazhen said: "What we met this time is a smart person. Or a group of people who are researching building materials, engines, and high-voltage power transmission technology at the same time."
Yonghan said: "Not only is he a smart person, he is also a creative person."
Yang Yuling said: "Aren't smart people creative people? I mean, aren't smart people creative?"
Yonghan said: "Not necessarily. There is a difference between creative people and smart but uncreative people."
Creative people often have open, flexible and unconventional ways of thinking. They are able to see multiple perspectives on a problem and come up with innovative solutions. In contrast, people who are smart but not creative may be more inclined to traditional ways of thinking, focusing more on logic and existing knowledge.
Creative people often have vivid imaginations and are able to generate novel ideas and concepts. They are able to connect different concepts and ideas to create unique ideas. Smart but uncreative people may be more likely to rely on existing knowledge and experience and lack innovative ideas.
Creative people are often willing to take risks and try new things and approaches. They have a higher tolerance for failure and challenge and are able to learn from their failures. In contrast, smart but uncreative people may be more inclined to follow known methods and rules and have a lower tolerance for risk-taking and uncertainty.
Creative people are often able to apply their creativity to a variety of fields, including art, science, business, and more. They can create new products, services or concepts that promote social progress and innovation. In contrast, people who are smart but not creative may be more inclined to use their talents in existing fields and lack innovation and breakthroughs.
Ye Jiazhen said: "I have heard about some things in Bingcheng. But this time when I came here and listened to you talking about these things that happened in Shicheng, I found that their actions were even bigger."
Yonghan said: "Since they want huge electric energy, they may also look for energy gathering fields."
Gao Zhouzhi said: "Do you know anything about energy gathering fields?"
Yonghan said: "I don't know much about it. But I have used it with others. I don't know where it was moved."
