Grid-Tied Renewable Energy
The most common type of solar installation is a grid tied system. This means that the solar system is connected to the customer’s side of the utility grid and there are no batteries. The utility grid is the back-up power supply when it is dark at night. When solar energy production exceeds the homes consumption, then the energy in kilowatt hours (kWh) is sold back to the utility and the homeowner receives a credit. During daylight hours, the home will always use the energy that’s produced from the solar system first, and the utility will supply the home with power when the energy consumption exceeds solar production.
At Ohio Power Solutions, we will professionally design a high quality grid tied solar system for your home, business, or farm. During the free site assessment, we analyze the utility bills and design a highly efficient solar system based on your monthly kWh usage. Our goal is to ensure that the home or building is maximizing the kWh’s generated from the solar system to maximize energy savings at the full kWh rate. The customer will receive a credit from the utility company for any kWh sent back onto the grid at the generation rate which is typically about 50% of the full kWh rate.
At a high level, the solar panels produce DC electricity from the sunlight, then the DC current travels to an inverter and the inverter converts the DC into AC electricity. The AC electricity will then travel into the buildings service panel where the point of connection is with the customer’s electrical system. There are two types of inverter technologies (String Inverters and Micro Inverters).
String inverters have been around the longest. A string inverter may also be known as a central inverter in large scale systems. A specific number of panels are connected in series and multiple strings or circuits of the panels in series will feed one string inverter. String inverter systems are very cost-effective and reliable.
The second technology is known as micro inverters. Every panel will connect into its own micro inverter and then AC electricity will be leaving the solar array to the customer’s electrical system for the point of connection. Micro inverters are normally used when there is intermittent shading over the solar array. Micro inverters cost a little more, but can make more sense in certain situations.
Take The First Step
Schedule a free site assessment today and we will help you become more energy independent for your home, business, or farm.
Please click on the type of installation you are interested in to learn more about the financial incentives available and what the next steps are to make the switch to solar power.