[Wireless charging technology] in the real world is a technology that uses magnets to charge devices without the use of wires at all.
[Wireless charging technology], derived from wireless power transmission technology, uses magnetic resonance to transmit charges in the air between the charger and the device, and the coil and capacitor form resonance between the charger and the device to achieve efficient transmission of electric energy.
This is a technology that looks very beautiful.
[Wireless charging] is not only convenient but also safe. There is no wire charger, which completely avoids safety hazards such as leakage, and charging will not cause radiation or harm to the human body and the environment.
Compared with wired chargers, wireless charging has a self-stop function when the battery is full, which reduces energy consumption and is very energy-saving.
[Wireless Charging] It can also automatically identify different devices and charging requirements, and perform intelligent and personalized work.
[Wireless charging technology] has a wide range of applications.
For example, mobile phones, headphones, laptops, etc. in electronic communication products; such as TVs, washing machines, refrigerators, air conditioners, etc. in smart furniture and home appliances; such as new energy vehicles, electric vehicles, high-speed rail EMUs, etc. in transportation
;For example, aircraft carriers, satellites, etc. in the military field.
Basically, anything that uses electricity and needs to be charged can use wireless charging.
Another point is that traditional chargers can only charge one device and have charger model restrictions. The chargers for each device are different. However, wireless charging can charge all devices and can charge multiple devices at the same time.
In the future, wireless charging equipment will be installed in public places. Users can charge at any time without worrying about the device running out of power and being unable to turn on. It is very convenient to use.
Of course, this is a wonderful scenario.
In the real world where Wu Siyuan lives, the development of wireless charging technology is still very slow.
Just because [wireless charging technology] mainly relies on two devices, one is the charger connected to the power, and the other is the "tray" that transfers with the charger. As long as the distance between the device and the tray is within the specified range,
Then the device can charge automatically.
However, the current distance between equipment and pallets is relatively short, and the requirements for distance conditions are very high.
Although this charging method does not require direct contact between electricity and the device, the charging effect is the same as traditional data line charging, and there is no difference in usage time.
Take wireless charging for mobile phones, which is currently the most widely used. Mobile phones that can support wireless charging need to rely on a [base] for charging, and this [base] needs to be plugged in.
And the speed of [base charging] is very slow.
The power of pedestal charging is generally within 10W, and what's even more exaggerated is that it also consumes.
In contrast, most mobile phones now have fast charging functions, with power around 18W.
The mobile phone can be fully charged or charged to the ideal power level very quickly.
But [base charging] is different. Your phone must always be placed there and charged quietly.
It’s really not as good as wired charging!
At least it can be used while charging.
Most modern people suffer from [mobile phone dependence]. You can let them not take a bath for a few days, but if you let them not touch the phone for a few hours, they will inevitably become restless.
I always wonder if anyone will call you during this time away from your mobile phone!
In fact, you are far less popular than you think!
Although [wireless charging technology] is still developing, the market has launched near-magnetic field wireless charging technology, and long-distance wireless charging technology is also being developed. However, in the foreseeable future, the real [wireless charging technology] is still far away.
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What is the real [wireless charging technology] in the minds of consumers?
Take mobile phones for example.
It just doesn’t need a chassis, you can rush while walking, and rush whenever you want [wireless charging technology]!
But if you want to do this, there are many technical difficulties that need to be overcome.
For example, the power conversion loss problem of wireless charging technology, the distance problem of wireless charging technology, and the interference problem of infinite charging technology.
These problems have been properly solved in the technology given to Wu Siyuan by Tianshangren scientists.
For example, Wu Siyuan's [wireless charging technology] in the real world has a large energy loss and low transmission efficiency, which can easily cause a waste of electrical energy.
The conversion rate of wireless chargers currently only reaches a maximum of 85%, and as the distance increases, the loss will become greater.
But the people in heaven use composite technology at this point, not only the traditional [electromagnetic induction technology], but also [magnetic field resonance technology], which consists of an energy sending device and an energy receiving device. When the two devices are adjusted to
At the same frequency, or resonating at a specific frequency, they can exchange energy with each other.
In this case, the conversion rate of [wireless charging technology] can reach 98%, and it can support long-distance wireless charging, and the power can be adjusted accordingly.
It can be said.
If Wu Siyuan adds controllable nuclear fusion technology after this technology is launched in the real world, fossil energy will be eliminated! Of course, fossil energy, such as oil, also has chemical uses, such as making plastics
What.
Fossil energy will not really disappear from the stage of history, but consumption will definitely be greatly reduced.
Those resource countries, one by one, will all rush to the streets!
Even if Wu Siyuan did not launch controllable nuclear fusion technology simultaneously due to some scruples, this [wireless charging technology] that can support long distances combined with solar power generation technology can have a strong impact on fossil energy.
Among other things, the photovoltaic industrial park in the desert can be further expanded.
Because one of the important difficulties that previously restricted the photovoltaic power generation industry in the desert was how to transport the generated electricity.
There aren't many places in the desert that need electricity.
If electricity is transmitted out by building a large number of power grids, it also means more expenses. Covering a desert with solar panels, plus the comprehensive cost of the west-to-east power transmission project, conservatively estimates will cost about five trillion US dollars.
This cost is too high.
But it would be different if there was [wireless charging technology] from heaven.
[Four-Armed King Kong] has made a preliminary assessment that if this technical equipment is used to [transmit electricity], the cost will be less than one percent of the cost of building a power grid.
Estimated based on the power grid construction cost of 5 trillion U.S. dollars, that is less than 50 billion U.S. dollars, which is more than 300 billion yuan when converted into RMB.
The amount of money invested is nothing compared to the possible output!
And what is the power generation potential of the entire desert?