Understanding Solar Energy: A Simple Guide

Using the sun’s energy for daily tasks may sound like something out of a science fiction story, but recent improvements in solar technology have made it much easier. Next, we will explain the four basic steps that turn sunlight into power for things like your home’s appliances and gadgets.


Solar Panels Catch Sun Rays:

The process begins with solar panels, typically installed on the roof of a home. These panels capture sunlight and convert it into direct current (DC) electricity.


Inverter Converts Power:

The DC electricity from the solar panels isn’t the kind we can use directly in our homes. We need to change it into AC electricity. That’s where a machine called an inverter comes in. It takes the DC and turns it into AC, which is what can power your lights, TV, and fridge.


Battery Storage Saves Excess Energy:

Excess electricity generated by the solar panels can be stored in a battery system. The battery stores AC electricity and can provide power during the night or when solar production is low, ensuring a continuous energy supply.


Extra Energy Doesn't Go to Waste:

The system is connected to the utility grid, and a meter monitors the energy exchange. When the solar panels produce more electricity than the home needs, the excess can be fed back into the grid, potentially earning energy credits. Conversely, the home can draw energy from the grid when the solar panels and battery do not meet its power needs.

Utility Escalation Rates

Stay Ahead of the Curve

Every year, traditional electricity rates can go up, making your bills unpredictable. This is known as utility escalation. But here’s the good news:

With solar, you can shield yourself from these rising costs. Your solar energy costs will remain more stable, providing you peace of mind.

No more shocking bills or surprises. Solar offers a steadier, more predictable energy expense.