Sunlight goes in, lower bills come out, and a battery keeps you running when the grid doesn't. Here's the whole chain, start to finish.
Every part of your system has one job. Put them together and you get power you make yourself — and a buffer for when the grid fails.
Daylight — not just direct sun — hits the panels on your roof.
Photovoltaic cells convert light into direct-current electricity.
An inverter turns DC into the 120/240V AC your home uses.
Power feeds your loads first, so you pull less from the utility.
Extra charges a battery; the rest flows to the grid for credit.
Yes — just less. Panels run on daylight, so they still produce in overcast weather, just at reduced output. Your system is sized around your location's real annual sun, not perfect days.
When your panels make more than you're using, the extra flows to the grid and your meter credits you. At night you draw those credits back. In NJ that's currently a true 1:1 retail credit; in SC it varies by utility.
You stay grid-connected for nighttime and cloudy stretches, and most utilities keep a small fixed service charge. The goal isn't a $0 bill — it's replacing expensive utility kWh with ones you produce.
Only if you have a battery with backup capability. Standard grid-tied solar shuts off in an outage by code. Pair it with storage and a backup gateway and your essentials ride right through.
Quality panels carry 25-year production warranties; inverters and batteries are typically 10–15 years. We install equipment we can stand behind and service locally.
Very little. Rain handles most cleaning; we monitor production remotely and step in if output dips. No moving parts on the panels means few things to fail.
Tell us about your property — we'll come back with honest next steps.