Wireless electricity works on the same principle as wired electricity does.
You have a direct current flowing through your house, and you have a wire going from one side of the house to the other.
The wire is protected by a protective jacket, and it lets only a limited amount of energy pass through.
When the flow of electricity through the wire is slow, the magnetic field around it undergoes a small change, which creates a little bit of resistance.
This small change in the magnetic field results in the flow of electricity through the wire. To achieve this effect, an alternating current is run through the wire.
In simple words, this electricity is produced when the magnetism of the wire is disturbed by some form of energy.
The current is generated at a central point, and it travels along the wire in a long path.
Wireless electricity and RFID
Wireless Electricity works well with the help of Radio Frequency Identification (RFID). RFID is short for radio frequency identification.
It uses transceivers that are embedded in objects, and which give off radio waves whenever the object is moved.
This movement is then translated into data which is later sent back to a base station.
The power consumption of such systems is low, as they don’t use electricity when they function.
They simply transfer energy. The best thing about them is that they can be installed practically anywhere.
All you need are wire strippers. These strippers are attached to the wire, and they strip the insulation from the wire inside and out.
Once the stripping is complete, the power is generated. At the receiving end, all you have to do is connect it to an electric source, like a wall socket.
Thereafter, power is produced at an efficient rate, and all you paid for is electricity. Isn’t it great?
How wireless electricity tech works
Now, how wireless electricity work is not all about generating power, though. This technology has the potential to provide homes with more electricity.
What you can imagine is that instead of wires running between your appliances, you’ll only have wires going from the appliance to the power socket.
Naturally, electricity will then flow through those wires, giving power to your various electrical appliances.
That way, you’ll never miss a beat, and you won’t have any problems, either.
On another note, you may be wondering how wireless electricity works in case there is no wire running from your house to the power socket.
This is where wireless technology comes into play. You see, instead of connecting all the appliances to the power socket, you can link them to each other.
That way, every appliance that needs power gets its wire, which is protected by a magnetic field.
Advantages of wireless electricity
There are two different types of protection used in these systems. The first kind provides power-saving benefits, while the second protects against damage.
The protection provided by these magnetic fields makes sure that appliances don’t get burnt when plugged in or get overheated and damaged.
This is how wireless electricity works, in a nutshell, so be rest assured that you’re going to benefit greatly from this technology.
So, how does wireless electricity work?
Well, if there is a power surge, for instance, the surge will pass through this field around each appliance and will not affect the device in question.
But if the surge comes at a particular time, such as when the appliances are switched on, then magnetic fields will be created and will prevent the flow of electricity.
So, instead of letting the current flow freely, it will be forced back up into a line that is protected. This way, you’ll always have power!
How does this technology help with my home?
Well, if you live in a built-up area, it’s quite likely that you have some form of electrical wiring running throughout your home.
It could be buried underneath the floorboards, or it might be laid on top of the floor.
Either way, it will provide you with power, which is why you need it in the first place.
However, if you want to reduce your costs, you can take this idea one step further and learn how wireless electricity works in your own home.
By installing a good piece of equipment, you can turn this power supply off, and thus cut your costs.
With this simple solution, you can reduce how wireless electricity work in your home.
And once you do, you’ll be able to enjoy an entirely ‘electrified home, where power doesn’t have to be transmitted through walls and into the ceiling to reach you.
Now you know how to go about making your home wireless!