Paloma Ridge is roughly 341 Toll Brothers homes at Linder and Columbia, with plans to 3,433 square feet on lots starting near 0.088 acres. Tall roofs on narrow lots make access the defining factor for solar cleaning here.
An array on the second-story roof of a 3,433 square foot house, on a lot with five-foot side yards occupied by a condenser or a gate, is not reachable safely by a homeowner. Walking a pitched roof with an array on it is also a poor idea: panels are slippery, their frames are trip hazards, and standing on a panel can cause micro-cracks in the cells that do not show visually but do show in production. We work from the ground with water-fed equipment wherever the geometry allows, which avoids both the fall risk and the panel risk.
This is worth stating plainly because it is the most common way homeowners damage their own arrays. A panel looks solid and will take weight without visibly breaking, but the cells inside are brittle and point loading creates micro-fractures that permanently reduce output. The damage is invisible and it does not show up until you compare production year on year. Anyone cleaning your array who stands on the panels is costing you more than the soiling was.
At 341 lots the subdivision builds out over years, so fine cement and saw dust arrives continuously and spreads into a thin film across the cells, which costs proportionally more output than coarse scattered dust would. Paloma Ridge also irrigates about 13.32 acres of amenity with untreated canal water, so arrays near a pathway or pocket park can catch mineral-bearing overspray that cements that dust onto hot glass. The two together are worse than either alone.
Panels are flooded with pure deionized water, which lifts soiling and dries leaving nothing behind, with nothing abrasive touching the anti-reflective coating and no soap used. Solar panel cleaning is quoted by array size, after we look at how it is mounted and how it can be reached. On these tall narrow lots the access assessment is a real part of the quote rather than a formality.
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We would strongly advise against it. A second-story array on a house this size, with five-foot side yards occupied by a condenser or gate, has no safe ladder position, and walking a pitched roof with panels on it adds a second risk on top of the fall risk.
Yes, and it is the most common way owners damage their own arrays. A panel takes weight without visibly breaking, but the cells inside are brittle and point loading creates micro-fractures that permanently cut output. The damage is invisible until you compare production year on year.
Two sources at once. Build-out across 341 lots puts fine cement and saw dust in the air continuously, and about 13.32 acres of HOA amenity irrigated with untreated canal water means overspray that cements that dust onto hot glass where it reaches an array.
More than scattered dirt does. A uniform film shades the entire cell surface, which costs proportionally more output than the same mass of coarse particles blocking a few small spots. It also looks almost normal from the ground, so it goes unnoticed.
By array size, after we assess how it is mounted and how it can be reached. On tall houses with narrow side yards the access assessment genuinely affects the job, so it is part of the quote rather than a formality.
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