newbobooks Chapter 31 It's Too Late to Change, You Don't even Give Soup
Chapter 31 It's Too Late to Change, You Don't even Give Soup
Chapter 31 It's Too Late to Change, You Don't even Give Soup
"In the past few days of work, I have learned a lot of things in new fields, but I have also discovered some problems that are worth optimizing." Fang Cheng changed the topic and everyone's spirits suddenly lifted.
He Min is the most sensitive. For Fang Cheng, a scientist who has produced high-purity graphene, what he says is absolutely weighty, and he can't take it too seriously.
"what is the problem?"
"The source of electric energy." Fang Cheng simply replied.
"Source?" He Min didn't comment, "Tell me carefully?"
Everyone also wanted to hear what this advisor, Fang, would say about the source of electric energy.
"The current sources of electric energy include thermal power plants, hydropower plants, nuclear power plants, photovoltaic power generation and wind power generation."
"However, among the current sources of power generation, thermal power plants are still the main power generation, accounting for as much as 60.00% of power generation."
"Whether it is hydropower, nuclear power, or photovoltaic power generation and wind power generation, there are various conditions and constraints, and it is difficult to popularize in a large area."
"Take nuclear power plants as an example. Although it is the third-generation nuclear fission power plant technology, whether it is the site selection, the preciousness of nuclear fuel, nuclear waste disposal, and safety considerations, these are still short-term problems that nuclear power has to face. board problem."
"Hydropower stations have higher requirements for site selection, otherwise a large sum of money will be invested in it, and the power output will be pitifully small."
"Not to mention photovoltaic power generation and wind power generation. One is the conversion rate, and the other is the weather factor, which has a relatively large impact."
"So in general, even if we solve the problem of line loss, with the development of our country and the progress of the industry, the demand for energy will definitely increase. The reduction of power loss is one aspect, but no matter what If it is lowered, there will eventually be a limit."
"No matter how we lower it, it is impossible to reduce it to a negative number, right?" Fang Cheng said with a smile.
Everyone laughed when they heard it, "If the energy saving becomes a negative number, then everyone will wake up from their dreams with laughter."
"Yeah, then it is estimated that physicists are going to collapse, this does not conform to the conservation of energy..."
After everyone laughed, Fang Cheng continued: "So, if we can reduce expenditure and at the same time open source and obtain more power sources, a two-pronged approach is undoubtedly the most appropriate method."
"Under the premise that controllable nuclear fusion is still struggling."
"Development of other renewable energy sources has always been something we have been doing, but the achievements we have achieved have been very difficult every step of the way."
"But now, there is an opportunity for a large-scale breakthrough." Fang Cheng said slowly.
Hearing what Fang Cheng said, everyone cheered up even more.
Reducing power loss on cables is a major advance.
If we can reform the way of energy supply and achieve a big leap forward, it will be a breakthrough. In addition to hydropower, which can be scaled up slightly, other renewable energy power generation, such as photovoltaics and wind power, are not successful.
"If it is possible to manufacture a kind of equipment that can generate electricity from renewable resources all-weather and all-terrain, with high power generation efficiency, Mr. He, tell me, would you be interested?" Fang Cheng slowly answered the question.
After hearing Fang Cheng's question, everyone finally had some answers.
He Min asked: "Consultant Fang, do you have any new technical solutions?"
"Besides, it's related to graphene. It's not easy to generate electricity with high efficiency around the clock. However, I heard that graphene is used to make battery panels that use metal ions in rainwater to generate electricity in rainy days." He Min frowned. Said.
"The difficulty is not small. It is even said that the previous technology only stayed in the laboratory, and it was almost difficult to industrialize, but now, I can say that this can be done."
"This is also the industrial dividend brought by real nanomaterials."
"I already have a good draft in my heart, not only through solar power and rainwater power generation, but also through the graphene film, which can jointly absorb hydrogen and carbon dioxide in the air to generate power."
"In this way, not only the scope of application is wider, the requirements for site selection are smaller, but also, the solar energy part can be filtered through multi-layer membranes, and theoretically, the conversion rate can reach 90.00%."
"In addition, compared with the previous photovoltaic industry equipment, it is easy to damage."
"The graphene material assumed by the multilayer nanostructure has a more stable structure, and it is very difficult to destroy it."
"Also, except for the power generation facilities on the ground, there are more charged ions in seawater, which can be combined with tides, ionization power generation, seawater desalination, and aquaculture as one integrated facility."
"It's promising and, more importantly, it's achievable very soon."
Fang Cheng said slowly.
After hearing this, He Min was very interested, "It sounds very powerful."
"Consultant Fang, the next research direction of your Galaxy Future Research Institute will be to turn to graphene power generation?" He Min quickly asked.
"That's right." Fang Cheng nodded, "The material has been researched now."
"Moreover, the production capacity, price, and performance have all reached the standards for large-scale industrial use. Then, in the next step, it must be applied quickly in terms of terminal applications."
"Tell the truth."
"This is an embarrassing situation now."
"In the past few days, apart from the state grid's tens of billions of orders and some orders from military enterprises, in the private sector, so far, they have only stayed in trials and cooperation intentions." Fang Cheng regretted.
"Haha, that's for sure. Who would have known that your breakthrough is a bit too big, and everyone can't react." He Min and everyone around him also echoed.
"It will take a lot of time for the material to be used in large-scale use."
Fang Cheng also nodded when he heard the words, "So, I think it is necessary to set an example to catch up and urge the technological change of the manufacturing industry."
"The reform is too late, and the broth is not even available."
As soon as these words came out, He Min and everyone in the office took a deep breath, and they called him a good guy in their hearts.
If others say this, they don't believe it.
However, a 25-year-old double Ph.D. graduate can produce such an epoch-making high-performance material that can be industrialized on a large scale in two years under such a poor environment.
Fang Cheng has the qualifications to say such words, and once such words are spoken, one can imagine how much confidence he has in his heart.
"Then I am very much looking forward to the launch of Consultant Fang's new product."
"As long as the quality is qualified and you pass the test, our power design department can give you the green light, give you priority review, and issue the license quickly as soon as you get it." He Min said directly.
"Thank you very much then."
"Don't worry, this time won't be too long, and it will definitely surprise everyone." Fang Cheng said with a smile.
"Then we will wait and see." He Min was very happy, "I also look forward to seeing our country become better and stronger every year at a faster rate."
Everyone is very much looking forward to it.
Soon, after concentrating on consulting work for a period of time, Fang Cheng has returned to the Galaxy Future Research Institute in Star City.
The industrial office area of the Galaxy Future Research Institute has moved into a new building, and personnel are still being recruited continuously, but the shelf is initially set up.
The factory adopts the rapid assembly method. After the ground is leveled, the temporary factory building has been initially successfully built under the rapid engineering capability, and the correspondingly purchased equipment is also continuously transported into place.
The design and construction of buildings located in other plots has also officially started at this time.
Everything is in full swing construction renovation.
PS: Thank you for the reward of 233 starting coins that are not in imagination, thank you for your support
(End of this chapter)