A solar inverter is a kind of inverter that is generated by electricity that transfers the exact electricity output of the solar panel to alternative electricity that could be used as a grid or off-grid electrical medium.
It sounds very complex but is rather very useful. This article is going feature on how you can size a solar inverter.
Sizing the solar inverter is actually a very crucial part of a solar set up no matter how big or small it is in size. Since it is the initial part the further performance will be depending on this.
The solar inverter should be at least of size, that would be able to handle the strain of generating and delivering the DC current to the inverter and convert it into AC power.
And that is when the sizing your inverter part comes in.
The first step of knowing how to size an inverter is to know how you would rate it. The first inverters are rated in continuous watts. And then there are surge watts.
A continuous watts is the subtotal watts the inverter can co-operate with. Meaning, whether it would be able to handle the watts or not.
A continuous watt basically helps you find the right side of the inverter. An inverted should be equal to the solar panel or the solar system’s watts rating.
Not too much or less, because if it is not accurate, the efficiency is not going to be satisfactory and the performance will drop.
On the other hand, a surge watt is the total range of power the inverter may be able to tackle for a shorter period of time.
If you want your inverter to be perfect for your entire system, the surge watts rating has to be equal or even so greater than the surge watts capability itself with each application.
Now, let’s go into further details on how you can size your solar inverter.
Size of the Wire and Inverter Presentation
The total space between the main panel and the battery is a very important factor to look upon because that distance will intrigue the performance of your inverter.
The bigger sized wire will keep on lowering the voltage leading to a dissatisfactory performance. Because longer sized wire make the voltage of the inverter down as the electricity increases simultaneously.
As for the shorter sized wires, lessens the amount of electricity produced and increases the voltage resulting in higher productivity.
Using More Than One Inverters
It is sometimes used to generate more power. The idea is to get many small-sized inverters and connect them all together so that they function as one whole inverter.
If you do not want to buy a bigger sized inverter this policy may come in handy. Connecting two similar inverters in a parallel manner will also give you the same results.