On-grid Solar Systems

Homeowners and businesses could become part of the Australian Clean Energy Revolution with on-grid solar systems. Installing solar systems reduce electricity costs and after initial installation, more solar panels can be added. An on-grid system works in conjunction with a solar inverter that converts the DC electricity generated by the solar panels into AC electricity. On-grid systems have their own advantage of always having power regardless of weather, time of day or night. You will get a return on your solar investment faster by reducing costs further when excess energy is reverted back into the grid. The reverted energy means credits to your account or sold back to the electricity company.

Overview

The most widely used and common solar system used is on-grid solar sunshine coast, especially, by businesses and homeowners. It does not require batteries and operates with solar inverters while connected to an electricity grid. The advantage that homeowners have is that solar batteries can be added to on-grid systems when required. When you generate excess solar power, it automatically exports back to the grid and you will be paid in credits or feed-in-tariff for the additional energy. The entire solar system combined with the grid consists of solar modules, switchboard, inverter, electricity consumption, meter box and electricity box. As soon as the additional solar energy runs through a meter it will calculate how much energy you are exporting. When your on-grid solar system is inactive, you will be importing from the grid thus paying more. you will also pay more for electricity when using more energy that your solar system produces. This is one of the main reasons why more people invest in solar batteries. The only downside of an on-grid solar, however, is that it does not generate electricity during blackouts. Solar packages significantly reduce electricity costs, when installed properly and the correct package is used, which the professionals at on-grid solar sunshine coast specialize in.