The Solar Panel Installation Process

ryan-frank | Jan 21, 2010 |

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Home and business owners are continually researching methods to go green and preserve money when it comes to electricity usage. Therefore, there's a massive group of people that are making "going green" a smart and useful investment. San Diego solar electric panels have quite a lot of benefits for the home/business and the environment:

Unlike traditional electricity producers, solar panels don't use moving parts and need very little maintenance.
It makes for a large savings on electricity bills and shuns the rising costs associated with using power from big business utility companies.
Solar panel installations are frequently eligible for tax credits and rebates for business and home owners, depending on which state you live in.
Solar power produces clean power with no pollution or unsafe emissions, rather than traditional power sources.
Many home and business owners enjoy the fact that they enhance their power independence and can rely solely on their generating ability, rather than a corporate utility provider.
Solar panel users are still able to utilize their power minus any conflicts during power outages.
In several states, home and business owners can sell their extra power back into the grid.

Solar panels are almost always mounted on home rooftops, building tops, or stand-alone mechanisms, guaranteeing that it gets the most sunlight available. Look for websites that monitor the positioning of the sun all year round to make use of the panel's peak performance. Also, make sure that all obstructions, such as branches and trees, are cut down so that the panels can get the most light.
Here is what the solar panel installation process entails:

Collect the needed solar panel mounts to structurally hold the solar panels to the roof.
Arrange the mounts on top of the rafters and create a hole with a pilot bit to steer clear from splitting the rafters. Uphold the mounts in a straight line using a laser light or chalk line.
Lock down the mounts with stainless steel lag bolts and hold metal flashings over the mounts. Use metal rails to dock the posts.
Mount the panels and tie them into an arrangement.
Finally, run the conduit to connect the panels to the inverter.