Solar electric grid ties are low maintenance and high performance. Solar electric panels are mounted in a sunny location facing south, southeast, or southwest. This location can be as versatile as each home requires, from a flush to roof mounted system on the home to a top of pole mounted array located in a field near the home. See the photo album page for more examples of the various mounting methods. These solar electric, or photovoltaic (PV), panels create DC power when the sun shines on them. This DC power is then turned into usable AC power by an inverter, which can be mounted outdoors or indoors.
Once the power is in AC (alternating current) form, it can be backfed into a breaker box and either used within the home to power appliances, lights, and other demands or it can be sent back to the power company, essentially spinning your meter backwards. The solar power is always used in the situation of home demands provided first, then any extra being fed back into the grid. A standard grid tie is designed without the use of batteries, which tend to demand a higher maintenance factor, instead using the utility grid as, essentially, a better efficiency battery.
The majority of residential solar grid ties are designed as ‘net zero’ electricity usage homes as a forefront goal for the system. This means that, during the day, the home’s meter spins backward, accruing a credit with the utility company. At night, when the sun has set, that credit is used up again by the loads in the home. This creates a giving and taking of power with the utility company. Expanding on this premise, the residence also creates an overall credit with the utility company during long, sunny summer months. This credit is then used again during the winter. At the end of the year, if a solar system has created more power than the home used during that time, the utility company pays for the extra power, usually at a wholesale (rather than a retail) rate.
We are certified in solar sales, installation, and maintenance. Contact us today and take the first steps toward a more renewable, brighter future.