Following this report, not only the person reporting was excited, but the entire R&D and operations staff in the core control room were also overjoyed. If it weren't for the next important point, the best way for them to express themselves right now would have been to cheer and shout.
Whether tritium can be recycled as an intermediate product in the reactor is the key to whether the demonstration reactor can be commercialized. Now, they have done it! They have done it!
Mr. Wu's actions really led them to create miracles all the way. Even though the specific data on the total recovery efficiency will not be available until the end, the tritium that has been observed to be recovered has already fully met the expectations of all of them. This achievement alone is enough to shock the world and is also the core difficulty that has blocked many research institutions.
Hehe... To be frank, they are already ahead of the world and are truly the leaders in the field of controlled nuclear fusion. Just thinking about this, they can stand as straight as they can be. This is joy and pride!
Suppressing their strong pride and surging excitement, as the fusion reaction progressed, more and more data were reported that verified their march towards glorious victory. The water-cooling circulation system was working normally, and the drainage system began to work. Now, they only had the last and most important item left, which was related to whether the Jinwu Demonstration Reactor could truly become the world's first demonstration reactor and then conduct key verification for commercial use.
The reactor generates huge energy, but whether that energy can be converted into clean and abundant electricity, whether it can generate electricity, and whether the efficiency can reach the data they need is still a huge challenge.
The Beijing-Tianjin-Hebei region is one of northern China's largest and most dynamic economic regions. Over the past two decades, its population has steadily increased, with its permanent population surging from 90.39 million in 2000 to over 100 million today. This has spawned the term "Beijing Drift" (北漂, literally "North Drift"), which means "Beijing Drift."
It has also become an important regional energy consumption center in the country. For a long time, energy consumption has been mainly based on coal, and its utilization method has been relatively extensive. This has become one of the important reasons for the excessively high concentration of regional atmospheric pollutant emissions.
If their Jinwu controlled nuclear fusion project can successfully generate electricity and supply grain for power generation in the Beijing-Tianjin-Hebei region, then the environment of the entire Beijing-Tianjin-Hebei region will be completely renewed, and it will also provide a better fertile ground for the development of an economic environment. These are all obvious things.
The entire Beijing-Tianjin-Hebei region is paying special attention to this project. Not only important figures from Hebei Province are present, but even Beijing and Tianjin have sent representatives to witness the power generation of the Jinwu demonstration reactor at the first hand!
As of now, the total installed power capacity in the Beijing-Tianjin-Hebei region has reached 100 million kilowatts, and the total electricity consumption will continue to rise with the current rapid development.
To handle this massive amount of data, the Jinwu Demonstration Reactor project must achieve a power generation capacity of at least 100 million kilowatts, or 100,000 megawatts. This is unimaginable for current fusion research, which operates in seconds. It also presents an unprecedented challenge for the Jinwu Demonstration Reactor, which is experiencing rapid success in its construction and testing phases.
The data from their previous Jinwu stellarator device and experimental reactor showed that it could generate electricity, but the experimental reactor could only reflect partial data. It was not like the current Jinwu demonstration reactor, which embodied the expectations and waits of too many people, as well as the heavy responsibility it needed to provide.
Whether the Jinwu demonstration reactor can win this challenge, be connected to the Beijing-Tianjin-Hebei power generation system, and take on the overall electricity consumption challenge in the Beijing-Tianjin-Hebei region has become the most core and important verification at present!
Of course, they didn't take a big leap today with the Jinwu demonstration reactor, operating it at full capacity all at once. Their ignition was still within the testing range, connecting only ten generator sets. If the Jinwu demonstration reactor were operating at full capacity, it would be able to drive 120 magnetohydrodynamic generator sets, generating electricity simultaneously.
Therefore, the excessive heat generated in this experiment could not be used for power generation, so this was naturally taken into consideration during the design. Through the extended design of the demonstration reactor, the pipes of the water-cooling circulation system were discharged into the sea, and in the future, waste will be recycled to supply water and heating for the entire experimental base.
At this moment, with the progress of the fusion reaction, the charging stage is over, and the fusion reaction plasma generates a lot of heat. Through the operation of the device, under Wu Tong's instructions, the operator steadily pressed the start button of the magnetohydrodynamic generator set. The plasma gas ionized at high temperature was ejected from the nozzle, cutting the magnetic lines of force at high speed, converting the thermal energy in the reactor into a steady stream of electrical energy.
The generator set started running, and all the R&D personnel couldn't help but be on their toes, waiting for reports from the engineers who were responsible for monitoring the generator set operation and data statistics.
First, the tracking and observing engineer of the generator set said: "Reporting to Mr. Wu, the connection of the magnetohydrodynamic generator set is working normally and the working efficiency is normal!"
After the first good news came, the engineer in charge of statistics stared intently at the rapidly jumping numbers on the computer screen, and finally reported loudly in an excited voice: "The power of generator sets 1-10 is steadily increasing!"
"Generator Unit 1 is fully loaded, reaching the expected 1000MW!"
"Generator Unit 2 is fully loaded, reaching the expected 1000MW!"
"···The 10 generator sets are fully loaded, reaching the expected 1000MW! The total power generation has reached the expected MV!"
The actual reports of power generation data made his voice more and more excited and high-pitched. This data, when operating at full capacity in the future, will be enough to replace the traditional power generation model and support the power generation needs of the entire Beijing-Tianjin-Hebei region. In the future, they will all be able to use clean, abundant, high-quality and low-cost electricity resources!
Their controlled nuclear fusion technology has truly been successfully verified!
Yes, they succeeded!
Inside the Jinwu demonstration reactor's reaction chamber, the energy from the fusion reaction collision is being continuously converted into electrical energy that can be used through the magnetohydrodynamic generator set.
As generator sets 1-10 began to supply power to the electrical devices connected in advance, the devices operated steadily. The entire fusion reactor, generator sets and electrical devices formed a classic virtuous cycle that can continuously and stably output electricity, proving that a miracle that changed history had arrived.
They truly mastered and harnessed the energy of the stars, the divine beast, the Golden Crow. Currently, no known form of energy was more dazzling than this, and it filled everyone present with a surge of excitement, tears welling up in their eyes.
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