If you own a solar system, you likely want it to produce as much power for your home as possible. This would involve using a tactic that is known as maximizing. Maximizing will make sure that you get the most out of your solar system in a given day.
Maximizing is installing a solar system that is capable of generating more electricity than the maximum capacity from your solar inverter. For instance, you can maximize your power output by using a 6-kilowatt solar panel array with a 5-kilowatt inverter, assuming that it safely operated according to the voltage parameters of the inverter.
You might be asking why not use a 5-kilowatt solar panel array for a 5-kilowatt inverter instead? The answer is that the solar systems Brisbane makes generally produce about 80 percent of their usual output capacity when the sun is at its brightest in the summer. This is significantly less at the same time during the same time of day during another season. It is also important to know that solar systems will reduce in productivity over time.
Besides seasonal differences that take place due to fewer daylight hours, other factors that affect a solar panel’s output include changes in temperature, humidity, the slope of your roof and the direction it faces, and possible shade and dust on your panels.
The maximum output for panels is rated by using Standard Test Conditions. After testing your panels this way, you will find that they will not produce their maximum output capacity regardless of what you can do to maintain it.
Solar panels collect DC (direct current) electricity that your inverter would convert into AC (alternating current). Granted that a solar panel will only produce in between 50 to 80 percent of its maximum potential, it will make sense to you that increasing the capacity of your solar systems Brisbane will make up for their lack of productivity. So instead of pairing 5-kilowatt panels with a 5-kilowatt converter, you should maximize it by buying a 6-kilowatt solar array in order to increase the output of your system entirely.
An inverter that is capable will be able to accept more DC power than the full capacity of AC that they are designed to output. Solar system manufacturers will actually allow up to twice the DC capacity to maximum output for AC, granted that it is done properly. When a solar system is maximized, the voltage will increase, while the current of the electricity from DC will decrease. This keeps the output from exceeding the limit of AC that the inverter is capable of handling. The inverter will permit a little more power from the panels than the maximum AC output, which permits conversion losses from the inverter.
Maximizing your solar system will be extremely helpful to you, especially if you have panels on different sides of your roof. If you have TOU, or Time-Of-Use tariffs available, you can extend the number of hours produced by your system to include times where electricity is more needed, such as late afternoon.
Prices for new solar systems and installations in Brisbane continue to drop steadily, and installation costs are easily made by the productivity of a larger solar panel array.
In order to maximize your inverter, call or contact your solar company to inspect your solar system in particular. Not all solar system setups are the same, so you will have to have a professional determine what can be done to increase the output of your solar system by making some calculations with your particular setup.