A solar panel system can reduce a person’s carbon footprint and help them save money. What are the workings of these systems? Inverters, batteries (optional), and wiring are the main components of a solar panel system. PV cells convert sunlight into electricity through solar panels. They’re the most recognizable component of the system. When sunlight hits PV cells, electrons move between silicon layers within each cell. Electric current is generated by this movement, which can be harnessed by the system. Roofs or sunny locations are usually the right places to mount solar panels for maximum sun exposure.
Using household appliances and electronics requires alternating current (AC) electricity from solar panels. You can use AC power from your solar panels by connecting them to a solar inverter. If you choose to install batteries as part of your solar panel system, any excess electricity generated during peak sunlight hours will be stored in these batteries for later use when there’s less sun available. It means you can still use your solar-generated electricity even when sunlight isn’t plentiful. Wiring connects all of these components so that they function as one cohesive unit. The wiring ensures that electricity flows smoothly between each component and prevents any shorts or malfunctions from occurring.
So now that we know what goes into a solar panel system, let’s take a closer look at how solar works?
- Sunlight hits the PV cells on your rooftop or other sunny location.
- The PV cells generate DC electricity.
- Home appliances use AC power that is converted from DC power by the inverter.
- If you have batteries installed, any excess electricity is stored there for later use.
- Wiring connects all of these components and ensures smooth operation.
Clean, renewable energy is produced by solar panels without emitting harmful pollutants or greenhouse gases. Furthermore, it reduces your carbon footprint and protects the environment. You can also save money over time on your energy bills with solar panel systems. In areas with high energy rates or if your utility company offers net metering programs, significant savings are possible. Especially compared to traditional electricity sources. Net metering allows homeowners with solar panel systems to sell any excess electricity back to their utility company. The result is that you can earn utility credits instead of paying out of pocket if your system generates more electricity than you need.
Homeowners who install solar panel systems are often offered incentives and tax credits, further reducing costs. These incentives can make investing in a solar panel system even more appealing and financially feasible. Various factors can make solar panels less effective, including location, weather patterns, and shading from nearby trees and buildings. Therefore, it’s crucial to have your system installed by a reputable professional who can help you determine the best placement for your panels and ensure that all components are installed correctly.