novelden Chapter 72: Complete the mission and unlock new technology.
Chapter 72: Complete the mission and unlock new technology.
Monday, August 7st.
The A-share market opened as scheduled, and DeepBlue Technology, which completed its backdoor listing, officially resumed trading today.
As expected, the stock opened at its daily limit up during the morning's pre-market auction. After the opening, the buy orders at the limit up price were locked by a terrifying amount of capital exceeding 50 billion yuan.
Based on the current limit-up price of 4.10 yuan, Shenlan Technology's total market value is 259.49 billion yuan, and it will definitely continue to rise with consecutive limit-up days.
As time went on, after a few minutes, more than two-thirds of the buy orders at the limit-up price were withdrawn. Some investors saw that their orders were at the back of the queue and knew that it was impossible to buy, so they withdrew their orders and went to other sectors to look for opportunities.
It was originally a limit-up with low trading volume, indicating that investors holding shares were reluctant to sell.
Only a fool would sell at this time. Anyone who has seen the news knows that this stock is about to double in value, and will be at least above 9 yuan, because the subscription price of the seven major investment institutions was 9 yuan, and now it is far below that price.
The 5.16 retail investors inside were overjoyed; this was a feast for the holders.
In the following days, DeepBlue Technology opened with a limit-up every day without any surprise, and remained at the limit-up price until the close.
Currently, the capital market generally values DeepBlue Technology in the range of 600 billion to 800 billion yuan in the short term.
The bio-plastic microbial community solution has broad prospects in the industry and is expected to grow to a scale of hundreds of billions in the medium to long term.
Specifically, it depends on the performance and the progress of project implementation.
……
Tuesday, May 22.
Today marks the 11th trading day since DeepBlue Technology resumed trading. The company's stock price has hit the daily limit for 11 consecutive days, including 9 days of limit-up trading with reduced trading volume.
The following Wednesday, the stock hit its daily limit again, marking its 12th consecutive day of limit-up trading. The share price reached a record high of 11.72 yuan, and its market capitalization soared to 741.75 billion yuan.
Since its first limit-up after resuming trading, the stock has accumulated a gain of +214.20%, more than doubling in value.
Lin Chuan's nominal net worth also soared to 270 billion, but this was more of a paper fortune than real money.
Lin Chuan did not pay attention to the company's stock price trend, nor would he sell his shares to cash out. The rise and fall of the stock price had no impact on him or the company's operations.
……
Around 16 PM.
Lin Chuan sat motionless alone in his office; he had already entered the hyperdimensional space.
The listing task has been completed for several days now, and he's finally done with his work. He plans to use the newly acquired technology point to unlock new technology.
[Unlocked successfully]
[Unlocking Technology: Singlet Fission Solar Energy]
[Category: Energy Technology - Photovoltaic Power Generation]
"The photovoltaic new energy field? Well, I have to cross over again." Lin Chuan muttered to himself as he looked through the technical materials.
The newly unlocked technology can greatly improve the photoelectric conversion efficiency of solar energy.
In simple terms, this technology utilizes a molybdenum-based "spin-flipping" metal complex to achieve singlet fission.
This means that a single high-energy photon can excite more than one energy carrier.
Traditional solar panels can only utilize less than one-third of sunlight at most, and typically one photon can only generate one electron in an excited state.
This physical ceiling is known in the scientific community as the "Shockley-Quiser limit".
The newly unlocked technology can convert one high-energy photon into five low-energy excitons, with a quantum yield that directly breaks through 100% and reaches 500%, completely breaking the traditional Shockley-Quiser limit that one photon can produce at most one exciton.
However, this does not violate the physical law of conservation of energy.
If we compare a 100-yuan banknote to a high-energy photon, an ordinary solar cell would lose a lot of energy when a 100-yuan banknote is inserted into it.
For example, taxes and handling fees mean that what you actually receive will definitely be less than 100.
新解锁的科技可以理解为把一张100元的钞票换成了5张20元，也就是钞票数量1张变成了5张。
Without a doubt, five 20-yuan banknotes and one 100-yuan banknote are exactly the same value.
Similarly, the energy of an initial high-energy photon is precisely distributed to five low-energy excitons, which is what a quantum yield of 500% means.
The total energy was exactly the same, with no more or less, and the entire process strictly followed the law of conservation of energy, with no physical laws being violated.
Lin Chuan glanced through the technical documents and muttered to himself, "If this thing is released, the entire photovoltaic industry will be wiped out..."
The pain point of traditional solar cells is obvious: the energy of high-energy photons in the solar spectrum, such as blue light and ultraviolet light, far exceeds the band gap of semiconductor materials.
Excess energy cannot be utilized and is usually wasted as heat.
This explains why the photoelectric conversion efficiency of traditional solar energy is only 33%, and in actual mass-produced applications, it is only slightly over 20%.
When high-energy photons can be split in two, the utilization rate of high-energy solar photons can be greatly improved, allowing solar cells to obtain more electricity from sunlight. This is the fundamental reason for breaking the Shockley-Quiser limit.
If multiple excitons are used, higher-order exciton fission can occur by splitting into two, four, N, etc.
The more you divide it, the closer you get to the limit of solar photovoltaic conversion efficiency.
The newly unlocked technology can split into five.
According to data from the database in the tech tree, its photoelectric conversion efficiency can reach an astonishing 82.7% under ideal experimental conditions, far exceeding the Shockley-Quiser limit.
In the early stages of mass production, it can reach 65%, and eventually it can be increased to around 75% and then stabilize.
What does this mean?
This means that once commercially available, it will create a huge scale effect, and the power generation of solar panels of the same area will be about four times that of current traditional crystalline silicon solar panels.
The cost of solar electricity will drop from the current 1.3 yuan/kWh to less than 0.03 yuan/kWh, less than 3 cents per kWh.
It is far lower than thermal power, hydropower, and nuclear power.
It is now early 2012, and the cost of photovoltaic solar energy is roughly between 0.9 yuan and 1.3 yuan per kilowatt-hour.
Some technologically advanced companies have already achieved prices below 1 yuan per kilowatt-hour, but the industry average is still above 1 yuan.
Lin Chuan looked at the technical information on the panel and muttered to himself, "The country is strategically developing the new energy sector to avoid over-reliance on imported petrochemical energy. This technology unlocking is really timely."
Moreover, this year, coincidentally, the domestic photovoltaic industry is in its darkest hour. Because of the profits made in previous years, major manufacturers have been frantically expanding production. As a result, this year they have been hit by anti-dumping and countervailing duties from Europe and the United States, causing the entire industry to collectively suffer losses.
But the most crucial factor is the arrangement of national strategy. Over-reliance on energy imports and problems with imports have an extremely significant impact on a large industrial country.
This concerns the country's energy security.
This includes strongly supporting the development of new energy electric vehicles, which is not only about changing the track to bypass the technical and professional barriers established by traditional fuel vehicle giants, but also about developing one's own automotive industry.
At the same time, with more new energy electric vehicles, gasoline consumption will also decrease.
Therefore, the country has long been vigorously promoting the development of new energy sources.
……