An inverter is a vital component of a solar system. It’s role is to convert the energy received by the solar array from Direct Current electricity (DC electricity) to Alternating Current electricity (AC electricity).
There are different types of inverters available which can perform additional functionalities that the standard inverter does not.
Here are the different types of inverters you’ll have a choice of when selecting a Solar PV System;
Highly Reviewed Inverter Brands – When you’ve chosen the right type of inverter for your needs, the next step is to choose an inverter brand. Thankfully, there are plenty of great quality brands available in Australia. Read some of our highly reviewed inverters here!
A Standard String Inverter is the most common inverter used. It converts the DC electricity from solar panels to AC electricity, to be used on home appliances.
| Pros | Cons |
| Easy to find an inverter to suit your homes particular needs and budget. | Limited options for battery storage integration. |
| Reliable and efficient. | You may be required to purchase an additional energy management system to increase your system’s efficiency. |
Best Location To Install
Standard inverters will either be rated as indoor or outdoor inverters. Generally, indoor inverters are cheaper since they don’t need to be built to withstand weather affects such as rain.
Indoor Standard String Inverter
Most people prefer these installed in a garage so that they are out of the way, but still protected from the elements. It is critical that the inverters have free air space around them, so that they don’t overheat. If it is placed in a garage, ensure that the usual clutter that ends up there doesn’t surround your inverter.
Wherever you decide to install ensure it is:
- Easily accessible
- Away from all weather affects
- In an area with at least ½ foot free space on all sides of it
- Away from any sources of moisture
Outdoor Standard String Inverter
For Standard inverters that are rated for outdoor use there is more flexibility in where they can be placed. However, some of the rules that applied for indoor inverters still apply here.
These are usually found in garages/carports or on the sides of houses if there is an awning or some shade that keeps them out of sunlight. The key rule still applies, you want to avoid getting inverters too hot because they will lose efficiency and in worst cases reach their heat limit and shut themselves down; so, plenty of air space around them and no direct sunlight.
Wherever you decide to install ensure it is:
- Easily accessible
- Out of direct sunlight at all times
- In an area with at least ½ foot free space on all sides of it
Micro Inverters are small inverters that are installed on the back of individual solar panels to optimise the energy converted.
Having several micro inverters will optimise your Solar PV System’s performance, however the initial costs are substantially more expensive than a standard string.
Micro-inverters are a good option for properties where the roof and panels may be partially affected by shade. If a panel is not working at its usual capacity due to shade the other panels will still function as normal.
| Pros | Cons |
| Perform better than standard string inverter systems. Every panel’s output is collected individually, meaning under-performing panels do not negatively impact the output of other panels. | More expensive than standard string inverters. |
Best Location To Install
The way these inverters work is that they operate 1-2 panels each and so they must be connected very close to the panel. For these types of inverters, you have little choice in placement and typically they are attached underneath or to the back of your solar panels.
| Pros | Cons |
| Ideal if you plan to add battery storage. | Perform two integral functions can cause them to be less efficient than standard string. |
| Gives you the flexibility to install a solar battery at a later date. |
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