Panels convert sunlight into electricity using photovoltaic (PV) cells. That energy powers your home first, and any extra typically goes back to the grid for credits.

Not by itself. For safety, most systems shut off during outages. You need a battery to keep power on when the grid goes down.

Very little. Rain usually keeps them clean. Occasionally,

Most panels last 25–30+ years. They slowly lose efficiency over time but continue producing power.

You still get power from the grid. Solar doesn’t stop working but it just produces less. That’s where net metering or battery storage comes in.

It’s a system where your utility gives you credit for excess electricity your panels send to the grid. You use those credits when your system isn’t producing enough.

It stores excess energy your panels produce so you can use it at night, during outages, or when electricity is more expensive.

Most last 10–15 years and come with warranties guaranteeing performance over time

That depends on batter size and what you are running. A typical battery might power essential loads (fridge, lights, outlets) for 8–24 hours

Technically yes, but it’s expensive and usually not practical for most homes. Most people stay connected to the grid for reliability

Batteries can be worth it to those who want backup power, live in outage proned areas or want more energy independence. They’re less about saving money and more about control and security

If your roof is older, it’s smart to replace it before installing solar. Removing and reinstalling panels later adds cost.

Yes, homes with solar often sell faster and at a premium because buyers like lower utility costs.

An owned system: transfers with the home and adds value. A solar loan is typically paid off or transferred. A lease.PPA can be transferred or paid off.

This is the MOST asked question about Solar. The goal is to offset your utility bill by 100%. You will always be charged for your meter. This topic goes hand in hand with net metering. Attend one of my Webinars to learn the facts.