Solar Screen Cost Calculator

Solar screens typically run $50 to $160+ per window installed, so outfitting a home usually lands between $500 and $3,000 — a few sun-facing windows might be a few hundred dollars, while a whole large home with premium fabric can top $3,000 to $4,000. The price is driven by the number of windows, the window size (small ~10 sq ft, standard ~15 sq ft, or large/picture ~25+ sq ft — bigger windows use more screen material), the fabric density (a standard 80% solar-block fabric is the baseline, a denser 90%-block fabric costs about 20% more, and designer/specialty fabrics the most), and the frame/mounting (standard aluminum, heavy-duty +15%, or a premium/custom mount +30%). A ~$300 project minimum applies. Because you can screen just the sun-facing windows rather than the whole house, solar screens are a flexible, cost-effective way to cut heat gain. Enter your window count and options above for a localized estimate.

Both cut heat and UV, but they work differently. Solar screens are an exterior mesh fabric mounted in a frame on the outside of the window, so they block the sun's heat before it ever reaches the glass — which is generally the most effective way to reduce heat gain (the heat is stopped outside). They also add daytime privacy, allow airflow on operable windows, and are removable. The trade-off is a slightly muted view through the mesh and a visible screen on the home's exterior. Window film (tint) is a thin coating applied directly to the glass, usually on the inside. It keeps a clearer view and barely changes the home's exterior look, but because it works at the glass, some heat is still absorbed by the glass itself, making it a bit less effective at blocking heat than an exterior screen. Choose solar screens for maximum heat blocking, glare control, and daytime privacy on sun-facing windows; choose film when you want to preserve a clear view and unchanged exterior. Some homeowners use each on different windows.

Solar screens block roughly 80-90% of the sun's heat and UV before it reaches the glass, which noticeably reduces indoor heat gain — and since windows are a major source of summer heat, that eases the load on your air conditioner. Homeowners commonly report cooling-cost reductions in the range of about 10-30%, though the actual savings depend on your climate (biggest in hot, sunny regions), which windows you screen (west- and south-facing get the most sun, so they deliver the most benefit), your home's efficiency, and your cooling habits. Beyond the bill, the comfort improvement is significant: fewer hot spots near windows, less glare on screens and TVs, and protection against UV fading of floors and furnishings. To maximize the payoff, prioritize the sunniest windows and consider the denser 90% fabric there. The energy savings accumulate over the screens' life, helping offset their cost.

You don't need to screen every window — for the best benefit per dollar, prioritize the windows that get the most direct sun and heat. West-facing windows are usually the top priority: they catch intense, low afternoon sun when it's hottest, making them the biggest source of unwanted heat and glare. South-facing windows are next, getting strong sun much of the day. East-facing windows (morning sun) are a moderate priority. Large windows, picture windows, and sliding glass doors let in a lot of sun regardless of exact orientation, so screening them yields big gains. Any room that gets uncomfortably hot or has glare problems — a sunny home office, a sunroom, a west-facing living room — is a good candidate. Lower priority: north-facing windows (little direct sun in the Northern Hemisphere) and windows already shaded by trees, overhangs, or porches. A cost-effective plan is to screen the high-sun and problem windows first, then decide on the rest based on budget and whether you want a uniform exterior look.

They reduce both somewhat, since they're a dense woven mesh, but they're designed to balance sun control with a usable daytime view. During the day you can still see out — the view is slightly darkened and muted, but reasonably clear, and it's harder for people outside to see in, which gives you daytime privacy. The denser 90% fabric blocks a bit more view and light than the 80% fabric. At night the effect reverses like any screen: with interior lights on, you see out less and others can see in more, so you'd still use interior coverings for nighttime privacy. Because the screens block 80-90% of solar energy, rooms will be somewhat dimmer (and cooler, with less glare) — many people find that a welcome trade for comfort. If you want to keep more light and view in a particular room, choose the lighter 80% fabric there, or leave that window unscreened and use film instead. Darker fabric colors generally give a better view-out.

A quality solar screen fabric typically lasts about 10-15 years, and maintenance is minimal. The fabric is the part that eventually wears — it can fade or grow brittle from constant UV exposure — while the aluminum frame lasts much longer, which is why you can often just rescreen (replace the fabric in the existing frame) when it wears out rather than buying whole new screens. Many fabrics carry warranties around 10 years against fading and defects. Upkeep is light: rinse or gently wash the mesh with mild soap and water a few times a year to clear dust and pollen (avoid harsh scrubbing or pressure washing), and occasionally check for tears or loose fabric. In cold climates, some homeowners remove the screens for winter to let in warming sun and extend the fabric's life, then reinstall in spring — removable screens make that easy. This calculator includes a rescreen-existing-frames add-on for when the fabric finally wears out.

Solar screens can be a DIY project if you're comfortable measuring precisely and working at height, since they mount to the exterior window frame — but professional measuring and installation is common because the screens are custom-made to each window and an off measurement means a screen that doesn't fit. Many companies will build screens to your measurements for self-install (lower cost, but the fit is on you) or handle the full measure-and-install service (more reliable fit, and they manage upper-story and hard-to-reach windows safely). The main risks with DIY are mismeasuring, inconsistent mounting-clip placement, and the ladder work on second- and third-story windows. If you have many windows, large or specialty shapes, or upper floors, hiring a pro is usually worth it; for a few ground-floor standard windows, DIY is reasonable. This calculator's per-window pricing reflects professional installation; a self-install would cost less in labor but carries the fit risk.

Beyond window count, size, fabric, and frame, several options change the total. A motorized roller upgrade (+$2,000) replaces fixed screens with retractable roller shades you can raise and lower for view and seasonal use — the priciest option. Patio or sliding-door screens (+$700) cover large door openings that standard window screens don't fit. Arched or specialty shapes (+$600) require custom-cut frames for non-rectangular windows. A custom frame or fabric color (+$400) lets the screens match your home's trim rather than the standard bronze or gray. Removing old or worn-out existing screens (+$300) is labor to haul away what's there before installing new ones. And rescreening existing frames (+$250) replaces just the worn fabric in frames you already have, the most economical refresh. This calculator lets you toggle each of these so your estimate reflects the exact scope you're planning.