Going solar shouldn’t feel complicated, confusing, or full of guesswork. That’s why we built the SunLit Solar Calculator — a simple, engineering-driven tool that shows you exactly how many panels your home may need, how much sunlight your roof gets year-round, and the kind of long-term savings solar could bring to your household.
All it takes is your address. Our calculator uses real roof geometry, accurate sun-exposure data, and local utility rates to generate a personalized, engineer-ready solar estimate. No sales pressure. No generic estimates. Just clarity.
Your estimate is based on your actual roof layout and local solar conditions — not a cookie-cutter template. You’ll see how many panels fit on your roof and how much energy those panels could produce.
We’ll show estimated monthly and annual production, projected utility savings, and long-term ROI trends based on Utah’s net-billing rules and current electricity rates.
There’s no obligation, no spam, and no pushy follow-ups. Our engineers review the data you provide and generate a custom solar report you can use to compare options or simply learn more about your home’s potential.
SunLit Solar is an engineer-led company, and the calculator reflects that. The goal is accuracy, transparency, and understanding — not selling you something you don’t need.
When you submit your address, we’ll generate:
A roof layout showing how many panels you can realistically install
Annual sun-exposure and production estimates
A recommended system size based on your home’s needs
An estimated monthly savings projection
A long-term energy-offset breakdown
This is the same data our engineers use to design a full system. You’re seeing it upfront — before ever talking to a salesperson.
Solar is a big decision, and the numbers should speak louder than the marketing. When you understand your home’s production potential, your savings timeline, and how solar interacts with your utility bill, you’re able to make a confident and informed decision.
That’s the entire mission of SunLit Solar:
Teach first. Engineer second. Install third.
Never the other way around.
