SOLAR PANELS (Photovoltaic Modules)

Solar panels, also known as photovoltaic (PV) modules, capture sunlight and convert it into direct current (DC) electricity through photovoltaic cells. Multiple panels are then wired together in a line called a "string," creating the fundamental electrical connection used to transport power from your roof down to your inverter.

Battery Storage

Batteries act like an electrical savings account, storing the excess AC power your inverter makes during the day so the home/business can use it at night or during a grid outage. Depending on the storage capacity of each unit and the total number of batteries installed, you determine the overall runtime your backup system can provide. Ultimately, adding batteries turns the solar system from a daytime-only money saver into the property's independent power plant.

The Inverter's Job

Solar panels generate Direct Current (DC) power, but your home and the standard utility grid run on Alternating Current (AC) power. "Serving as the "brain" of the system, the solar inverter sits between solar array and main breaker panel to bridge this gap. Its primary job is to convert high-voltage DC power from the strings into standard AC electricity. Once converted, this power flows into your main electrical panel to run your property's electric needs.

• DC - Direct Current, flows like a one-way street (single direction).
• AC – Alternating Current, flows back and forth like a pendulum (periodically reversing direction).

The Smart Utility Meter

A utility meter is a digital device that records electricity usage in real time and automatically transmits data directly to the utility provider. When paired with a solar system, it operates as a smart, two-way tracker that measures both the energy imported from the grid and the surplus solar power exported back to it. This precise tracking ensures accurate monitoring of your net energy usage and financial credits.

The Utility Grid: Power Flow To and From

The utility grid provides electricity to your property when your solar system is not actively producing power. During peak, sun hours, any surplus energy your system generates flows back to the grid, allowing you to accumulate net energy credits to offset the power imported at night.

For systems with one or more batteries, stored energy and accumulated net energy credits cover your usage first, protecting you from additional utility billing charges.