In the medical and biological laboratory of Changtian Technology Changzezhou.
Qu Ping took out a small box.
This feeling is very ceremonial, just like an elder of a certain sect in a cultivation novel bringing a certain treasure from a treasure house that has been sealed for tens of thousands of years.
But when Chen Xiao saw the words on the box, she felt that she was overthinking it.
"Peak, I PLAY."
This is Peak's shoe box. I don't know which comrade moved the shoe box to the laboratory, and Qu Ping made do with it.
Chen Xiao always felt that this box had a smell, and he didn't know if it was a psychological effect.
Qu Ping placed the box in front of Chen Xiao and said excitedly: "Our laboratory hasn't had a break since New Year's Day. It looks like it's almost the Spring Festival, so I'm afraid we still don't have a day off."
"It's just for this gadget!"
"This is a treasure of our laboratory."
"Wait!" Seeing that Qu Ping was about to open the box, Chen Xiao asked, "Whose shoe box does this belong to?"
Qu Ping didn't know why Chen Xiao's attention was on the shoe box and then said: "Wang Haili's."
Wang Haili is a boy and a staff member of a biological and medical laboratory.
He is a main member of the team and has made contributions whether in the joint colony experiment or in this microbial power generation project.
Just when Changtian Technology held its annual summary meeting at the end of this year, Wang Haili also obtained some shares in its subsidiary Yuedong Internet. This is enough to show that Wang Haili's excellent abilities are a rare talent.
Wang Haili was standing next to Qu Ping at this time. He looked at Chen Xiao with a naive smile, knowing what the boss wanted to ask. Wang Haili simply took the initiative and said: "My feet are sweaty. I usually wear Crocs when I work."
"I put a shoe box in the laboratory and put the sneakers I usually wear in it. There was a lot of domestic organic waste piled up in the laboratory some time ago, so there were more Xiaoqiang."
"There is no need to seal the shoes in a shoe box. Xiaoqiang might get in."
Chen Xiao sweated, looking at Wang Haili's big feet, they were indeed smelly boxes.
But this doesn't matter anymore. After all, the laboratory is in a hurry, and it doesn't matter what you use to store the products.
After Qu Ping opened the box, a smell of sweat hit her nostrils.
Chen Xiao was left with a deep shadow at this moment.
There are several spherical green transparent objects in the box.
Qu Ping took out the sphere, and Chen Xiao saw that it was not a complete sphere, but a black tray at the bottom of the sphere.
Obviously, the green objects in the transparent sphere are NG-03 colonies.
And this black tray should be the circuit and voltage stabilizing device and the input port for the colony's culture solution and food.
To be able to make the bio-battery into such a small size, Changtian Technology's medical and biological laboratories have indeed fully followed Chen Xiao's requirements and technical guidelines and are said to have brought it to the extreme.
Ordinary batteries use the capacity of the storage battery to express in milliamp hours.
Currently, most smartphones on the market have a capacity of about 1,200 mAh. There are a few copycat mobile phones with batteries that can reach 2,000 mAh. However, the battery is quite large and heavy. It is not the current standard.
Mainstream.
Many of the lithium batteries used in this type of mobile phones are those produced by small workshops, and their energy density does not meet the requirements. They can only use bulk and high weight to make up for the shortcomings in energy density.
Taking a 2000 mAh battery as an example, if a Nokia mobile phone uses a 2000 mAh battery for daily use, it can last about a day and a half.
An Apple phone with a 1200 mAh battery can be used for about two days, and an HTC Android phone can be used for about a day.
The time here is the total usage time rather than the total usage time.
If you hold your phone and play games all the time, your time will definitely be greatly shortened.
For example, the voltage of an ordinary smartphone is between three watts and 3.7 watts.
3.7V multiplied by 2000 mA = 7.4Wh (power consumption) is approximately 0.0074 kilowatt-hours of electricity.
That is to say, when an ordinary 2000 mAh battery is discharged once, the power used is about 0.0074 kWh.
The energy conversion efficiency of the ng-03 colony is very high, reaching more than 70%. A little organic matter can have enough power for a mobile phone.
Qu Ping said: "We screened the colonies again, selected some colonies with strong vitality, long lifespan and strong reproductive ability, propagated and cultivated them individually, and used this small device to form their behavior into a battery."
"This biobattery can use organic matter to supply power to mobile phones."
"In this device, as long as we regularly add organic matter and culture fluid, the bacterial colonies will always breed in it and will not die."
"Every one month, we stand the battery up and let it sit for a few minutes to allow viable colonies and dead colonies to separate due to differences in medium specific gravity."
"Then we turn on this small switch to expel the dead bacterial colonies and metabolic waste."
"In our design, the nutrient solution only needs to be added once a month."
"The organic matter that supplies bacterial colony metabolism is the high-energy substance we extract through the intermediate metabolites of NG-03 bacterial colony."
All of Qu Ping's designs and final results were implemented in accordance with the biobattery design in Chen Xiao's system drawings.
Including high-energy substances used in the metabolism of biobattery colonies, which are also obtained according to technical design.
Qu Ping said: "This high-quality substance is extracted into a white hard solid, and we divide it into small packages of 10 grams."
"Each 10g can generate 0.2 kilowatt-hours of electricity."
"If calculated based on the charge and discharge capacity of a 2,000 mAh battery, every 10 grams of high-energy material added to our bio-battery can ensure that the life cycle of the bio-battery is about one month."
Although the entire experiment has been successful, and the samples have come out, and all the technologies and experimental processes have been formed into special reports, when Qu Ping explained such technology again, she was still very excited.
Qu Ping has great admiration for her boss Chen Xiao.
While overseas technology companies are trying their best to make a fuss about lithium batteries, Changtian Technology has made major breakthroughs in bioenergy batteries.
Qu Ping also has no doubt that the future will definitely be an era of mobile Internet, and mobile communication devices such as mobile phones will be popularized in thousands of households.
Chips are the core technology in the mobile communications era, and batteries must also be one of its core technologies.
Qu Ping firmly believes that microbial batteries will definitely give Changtian Technology a powerful tool that other technology companies cannot catch up with in the mobile Internet era.
Qu Ping was not reborn or came back. She only made guesses about future trends and development based on the current state of technology.
I have to admire Qu Ping's reasoning ability. She has probably guessed that in the future, batteries will be crucial to people's lives and work, but at this time Qu Ping only thought about mobile phones.
When Chen Xiao was reborn, the parallel world in which he was reborn had entered a completely electrified era.
Oil and natural gas resources are close to depletion. Although they can still be extracted, prices have skyrocketed.
In addition, in order to climb the technological tree and to get rid of the technological constraints imposed on Xia by Western countries in the field of automobiles, Xia State embarked on a different electric energy revolution.
At that time, the country was extremely eager to have advanced power storage technology, but unfortunately it did not exist.
The field of electric vehicles pioneered by Xia people has also been cut short by the United States and other Western countries.
The best electric car sold in Xiaguo will always be Tesla, not BYD.
What is a technological ambush?
Foreseeing the development of science and technology in the next ten or twenty years or even longer, and starting to tackle key problems now, this is called a technological ambush.
Although the scientific research being invested now may be relatively advanced, it may not even be of much use to some people.
But as time goes by, more than ten or twenty years later, the technological effects produced will be unparalleled.
Qu Ping continued: "Of course, our biological battery also has emergencies. For example, if you don't have high-energy substances in your hands, you can put rice, cooking oil and other organic matter that the bacteria can digest into it, which can also discharge the bacteria."
"Of course, if the high-grade substances produced after the initial treatment of NG-03 colonies are not put in, the excrement produced will have more impurities, and users will need to discharge these impurities at that time."
Gao Miao added: "As a measure for battery emergencies, there should be no problem at all."
The current biobatteries in the laboratory are entirely built for mobile phones.
Because Gao Miao and others have not thought that future cars can be driven by batteries.
Qu Ping chuckled and said: "That's the reason. For example, when there are no high-energy substances, we can open the battery compartment cover and add 10 grams of rapeseed oil to the battery."
"Ten pieces of rapeseed oil can produce about 0.14 kilowatt-hours of electricity, which is enough to discharge a 2,000 mAh battery 19 times."
Gao Miao also joked: "In the future, all the leftovers can be used to feed the battery."
Chen Xiao is very satisfied with the results of this experiment and is also very satisfied with the products that have been produced.
Microbial batteries will definitely be a profit point in the future, it just depends on when the product comes out.
Chen Xiao said to Gao Miao: "Sister Miao Miao, there is only one aspect where microbial battery technology can be applied now."
"We need to contact Wenqi's Hanhai mobile phone. We will put the microbial battery on Hanhai mobile phone."
Gao Miao felt a little excited after hearing what Chen Xiao said.
It is conceivable that Hanhai mobile phones in the future will be equipped with mobile phone chips independently developed by Changtian Technology, domestic operating systems, and if equipped with biological batteries, then such mobile phones will definitely integrate the world's most advanced science and technology.
Actually it's about removable batteries.
Chen Xiao has two technologies in his time.
One is the biobattery that has been implemented so far, which has a relatively low technical content.
There is also a micronuclear battery under the physical and chemical machinery column.
To upgrade to a micronucleus battery, ordinary electronic technology must reach level 10.
At present, Chen Xiao’s ordinary lithium battery technology is only level 4.
What is the technical principle of micronucleus batteries? Does it radiate to the human body? Will its energy be higher than that of biological batteries?
Chen Xiao currently knows nothing about this.
Chen Xiao can only develop technology crazily and strive to light up the technology tree one day earlier.
"What about the cost?"
Chen Xiao asked.
For a technological product, its cost must comply with market rules, so that the product can be sold to the market in large quantities and accepted by consumers.
If its cost is too high, far higher than the current market value, then such a product is only a conceptual product and has no market value.
Qu Ping said: "Currently, the most expensive aspects of our biobattery are the selection of bacterial colonies and the polymer filtration membrane of the equipment."
"Calculated in this way, if we do not calculate the initial research and development costs, we only calculate the production costs."
"After calculation, the cost is about 385 yuan."
This cost is already quite high.
At present, the cost of lithium batteries for Nokia mobile phones is only more than 30 yuan, while the lithium batteries for Apple mobile phones are higher, only costing 80 yuan.
The cost of the bio-battery reached 385 yuan. If you calculate the installation and TV company's profits, etc., the cost of the mobile phone battery will be as high as more than 400 yuan.
Many mobile phone companies cannot afford such costs.
It is impossible for most consumers to spend an extra 400 yuan to buy a mobile phone just to avoid charging.
So Chen Xiao said to Qu Ping: "We still need to reduce the cost of the battery. I hope the cost can be reduced to less than 100 yuan."
"How much a mobile phone carrying a microbial battery will cost in the future is our business, but the cost of microbial batteries must be reduced."
"Technology products that are always best-selling. If the price is too outrageous, they will never be sold."
"Within 100 yuan!?"
After Qu Ping heard this, her head felt heavy.
To reduce the cost of more than 300 yuan to less than 100 yuan, the requirements for laboratory and process production are very high.
In other words, the entire mobile phone battery even needs to be redesigned to find ways to reduce costs.
Chen Xiao smiled and said to Qu Ping: "I have no time requirements for you. I believe that as long as industrialization is standardized, the cost can be reduced."
After Chen Xiao made arrangements, Gao Miao and Qu Ping immediately threw themselves into the intense follow-up work.
France, Paris.
In the spring of 2009, the winter in Paris was particularly cold.
The microbial power generation battery built by France's National Electricity Company, which spent a lot of money, is still out of work.
Thick snow has accumulated on the construction site.
The top management of Electricité de France was quite anxious. Several neighborhoods in Paris were without power throughout the winter.
This year, in order to allow citizens to spend the winter smoothly, France imported a large amount of coal from Russia at a high price.
Paris citizens who had protested against the microbial power plant at the door began to protest again because of the soaring electricity prices, and strongly demanded that the French National Electric Power Company speed up the construction of the microbial power plant as soon as possible.
Seeing this kind of reaction from the citizens, the senior officials of the National Power Company could only sigh.