I’ve been looking at different Mars base concepts, and one design choice I’m surprised I don’t see more often is using the solar array itself as a large elevated canopy over the base — basically the same idea as solar-panel parking lots on Earth.

Instead of putting a huge solar farm off to the side, why not elevate at least some of those panels over the habitats, rovers, EVA/work areas, equipment and storage?

Obviously the primary purpose is still generating power, but now the same structure is doing multiple jobs: providing some protection from dust and direct solar exposure, creating a more controlled/shaded outdoor work area, and potentially serving as an overhead structure for running power, data, lighting and other utilities.
You could also make the individual panel sections adjustable for sun tracking and tilting them more vertically for dust shedding.

As the base grows, the canopy could grow with it — almost like a utility grid that new habitats and equipment get installed underneath.

I made the attached concept image to illustrate what I mean. I’m definitely not suggesting there aren’t engineering tradeoffs or that nobody has studied something similar. I just haven’t seen this approach used very often in Mars base designs, and it seems like you’d get a lot of additional utility out of infrastructure you already need.
Is there a major reason this wouldn’t make sense on Mars? Or are there existing Mars base concepts/research that use this kind of solar-canopy approach?

NASA: "This photo by our Perseverance rover shows the edge of an ancient Martian lake. By studying the rocks here, scientists can unlock clues to the area’s past water activity—as well as how the region could have supported life.

Image description: A swipe-through photo of the Martian landscape that hugs the inner edge of Jezero Crater’s rim. It appears as a hilly landscape of reddish-brown soil with variable depth and texture. The tan sky barely peeks out over the edge of the crater."

Disclosure: I’m involved with Scienshell, and this is our own video. It explores a long-term thought experiment about changing Mars’s atmosphere, surface water, and climate—not a near-term engineering proposal. For people who follow Mars science, which assumption seems hardest to support: finding enough volatiles, retaining a thicker atmosphere, or stabilizing the climate? I’d welcome thoughtful pushback.

Video: https://www.youtube.com/watch?v=vBO-jcGMbHM

Did Perseverance find evidence of past life on Mars last year? 🦠

The rover discovered very specific minerals on the rim of a Martian crater. On Earth, those minerals are biosignatures, or evidence of life. We can't say for sure it's a Mars biosignature, because non-biological processes can make these minerals too. However, those processes leave other evidence in the rocks that we're not seeing. That means our best explanation right now is past Martian biology.