If you live in Australia you probably know you get a lot of sun in most parts and this makes it an ideal spot to consider using solar energy. Sometimes it is a good idea to understand how solar power works such as the solar inverter. What exactly is that and what is its role in solar power?

If you install solar energy in your home in Australia, one of the most important things is the solar inverter because it plays a vital role in any kind of solar energy system and the inverter is often considered to be the brains of the entire system. Whether it is just a 2-kW residential type system or it is a 5MW utility power plant. The inverters basic purpose is to invert what we know as direct current or DC output into alternating current or AC. AC is the norm by which all commercial appliances are run.

The solar inverter technology has advanced a lot over the years in Australia and all over the world. Now they don’t just convert DC to AC they also have a number of other capabilities and services that will ensure that the inverter can operate at its optimal performance level. It now has data monitoring, advanced utility controls, applications and even system design engineering. Those who make inverters also offer post installation services that are important to maintaining the energy production and a high level of performance and this includes preventative maintenance.

Compared to all the other types of power that man has harnessed to make electricity the PV array that the inverter uses from the sun it is the most scalable and modular. If the PV is grid tied the solar inverter will be the only piece of electronics that is needed between the PV array and the grid itself. If it is an off grid application this will need an additional DC to DC converter that is between the array and batteries and then an inverter that has its own built-in charger.

The reason why AC beat out DC to power our appliances and various other things is that it can be stepped up and travel long distances with very low losses and with very little material needed to do so. With the help of the solar converter, until things change, it will continue to convert energy to AC that will be carry electricity to power plants, homes, cities and businesses. Although there is technology today to use DC to carry power long distances, at this time it is a very expensive procedure so that will probably not be seen being used until they can find a way to make it be far less expensive more on the lines of the solar power that is help created by the important solar inverter.