Now a days where people are more aware of the effects of green house gasses and how it would affect us, we strive to live in a greener way. One of these ways is utilizing renewable energy. Solar power systems harness the sun’s clean, pure energy. Installing solar panels on your home helps to reduce greenhouse gas emissions and our reliance on fossil fuels as a whole. Electricity is traditionally generated using fossil fuels such as coal and natural gas.
Solar panels put on the roof are, without a doubt, the most efficient.
Because the panels are mounted on the roof, they may absorb the most light because they are directly facing the sun.
Solar panel installation on your roof is a complicated project that many people around the country are beginning to consider. While most people are familiar with solar panels, they are less familiar with the technicalities needed in installing a complete rooftop solar power system. However, there is no harm in knowing the process of the said installation.
Before installing solar panels on your roof you should make sure that your roof is in good condition. Also, knowing the type of roof would be an important factor to consider before installing your solar panel.
Another thing to check for is the location of your house, to make sure that the maximum amount of sunlight will be utilized by the panels. Then make sure that the strength of your roof structure could support the weight of the solar panels.
Here are the steps to follow in installing your soar panels:
- Prepare all the materials
First, make sure you have all of the necessary goods on hand because you won’t be able to go from the roof to the ground all of the time.
You’ll need a drill and drill bit, as well as a pencil, a chalk line, a tape measure, and a ladder. The remainder should be included in your solar panel deal.
- Reinforce the stanchions
Stanchions, which look like screws, should be screwed into the rafters of your roof. Use your house’s blueprint to find the rafters if you don’t know where they are.
Now that you know where your rafters are, the following step is to secure the roof stanchions. The spacing between each stanchion should usually be four feet. To install the stanchions, drill holes in the rafters.
- Install the flashings
Place the flashing beneath the shingles after lifting them. A bolt should be used to secure the flashing to the rafters. After you drill a hole in your house, the flashing’s job is to keep water out. In addition to the flashing, the bolts include a seal that helps prevent leakage.
- Attach and secure the rails
Tighten the screws after they’ve been placed in the holes. The upper and lower rails are then bolted to the stanchions. An impact driver will be used to verify that everything is securely attached.
- Measure the distance between the rails
Next step is to align the rails. How? Using a measuring tape, figure out how far apart they are. The diagonal distance between the two points should be the same. If the space isn’t exactly the same, make adjustments to the rails.
- Place and secure the middle rail
Install the middle rail make sure that it should run across the upper and bottom rails
- Install the wirings
Always remember to install a power inverter kit beneath each panel. After that, double-check your inverter kits for copper wires. The connections should be made inside and outside of the solar panels.
Connect your panels to an electricity meter and then to an electrical sub-panel with cables pulled from your panels. Run the power inverter kits’ wires via the trunk of the rail.
- Mount the solar panels
The solar panels can be mounted on the stanchions. Make sure the plugs are connected. After that, secure the retaining clips to the rails. This will help your panel stay in place.
- Connect the system to the inverter
It’s now time to give your solar panels some juice. Before attaching the solar system to your home, turn off the power.
Connect your battery to the solar inverter. When your panels aren’t producing enough energy, such as when it’s cloudy, the battery comes in handy.
Connect the solar inverter to the consumer unit, sometimes referred to as a fuse board. This device safeguards you in the event of a power outage.