Power inverters usually
power inverters convert current from DC to AC and from lower wattage to higher wattage. E. g.
12 v DC to 240v AC, 12 v DC to 110v AC, 24 v DC to 220v AC. . .
They have one input and one or more outputs.
Their inputs are usually connected to a battery or battery pack, and their output is like a normal home power point where you can connect almost any electronic device that needs to be plugged into the power point, we are talking about an inverter with medium capacity to large capacity. E. g.
TV, radio, electric light, vacuum cleaner, toaster, hair dryer. . .
Depending on the size of the inverter, the power of the inverter ranges from a few watts to several KW.
There are two types of power inverters: corrected sine or pure sine.
The corrected sine wave inverter power supply is a product from DC to AC inverter that will present and take out a certain voltage, which you buy, for example, if you live in Australia, you will buy a 240 v, asia 220v Europe 230 v, in our 110 v, whatever power supply you have at your power point at home.
The current generated by this standard power inverter will be similar to the current you use at home, but not exactly the same.
You can notice the difference of some excellent electronic products such as TV, radio, some lighting equipment, etc.
If you are going to use it for this fine electronics, I would not recommend using this product because it could cause some damage in the long run, but I would recommend using a pure sine inverter.
Pure sine power inverter is an inverter that converts current from DC to AC, but completely imitates the power of the grid or home in a pure way.
Electronics are more advanced, but more expensive, about twice the market price. Note!
If you intend to output power from the power supply, neither of the above two inverters will be used (
Solar panels, wind turbines)
Since they are not ready to export electricity electronically, your house grid.
If you connect it to the power point instead of the current exported to the grid, the actual current at your power point will try to get into your inverter and will no doubt explode.
In order to output the power you produce to the grid, there is a grid-connected inverter (GTI)
For this process. Grid Tie (grid-tied)
InverterGTI is a new technology inverter that can be connected directly to your home grid (
Only certified electricians)
Usually they are units with a larger capacity, and there are some smaller units plugged into the power point (power outlet)DIY.
How they work: GTI reads and analyzes your grid/power point current when connected to a battery, battery pack, solar panel or wind turbine as an input, it takes energy from this source to convert it perfectly to the type of power it reads and analyzes from the grid/power outlet and exports it to the grid.
If you are going to make your own solar panel power generation system or wind turbine system, this smaller device is very convenient to use because you do not need to make any wiring to your main power circuit, so it\'s just a plug-and-play unit.
Another big feature is that the grid connection inverter has the ability to turn it on and off immediately when there is no power, and turn it off itself when it does not read any power in the grid/power point, turn it on itself when it reads some power to export.
This feature is called island protection, created like this, so if there is a power issue on your street, or if the electrical company deliberately turns it off in order to fix it or do some maintenance, your GTI will stop working, so it will not continue to output power to the grid, otherwise the electrician will get an electric shock when working with the main street grid unit, they turned it off because they knew there was no power on the line, but your GTI is still at the exit.
The Power Charging Controller is an intelligent electronic device designed to accomplish some tasks.
They have the ability to receive the power you generate with solar panels or wind turbines and charge the battery or battery pack.
The second feature is that it only allows the current to flow from the panel or wind turbine to the battery in one way, not the other, so that your solar panel or wind turbine will not be damaged.
The third convenient feature is that once the battery is full, it stops the power from entering the battery so that it does not overcharge or damage the battery.
Some electricity bill controllers have some extra features.
Some people have the ability to send power to the load once the battery pack is full, and don\'t waste power by turning yourself off.
Another feature of some people is temperature control.
Some people have an accessory that plugs into the charging controller with a long wire and a temperature sensor at the other end.
The sensor must be connected to the battery side or between the batteries inside the battery pack.
Starting from here, it will read your battery temperature and keep your charging controller updated.
If the temperature is higher than the temperature point set by the factory, the charging controller will be turned off to protect the battery in case the battery pack fails.
Another small feature is the LCD, which can tell you the battery pack voltage, the wattage sent to the battery, or the number of amps.
I have tried several different brands in the past, but I have state-of-the-art brands on hand and I am currently using Xantrex.
It has all the above functions.
The favorite brand of others is Sunnyboy.
There are many brands to choose from.
Watch the video of this article and see all the above components here.
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