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If it's in their marketing, you can assume it's based on ideal weather conditions, and low-latitudes. I've done some solar-energy calculations for vehicles befo
by SonicScrub 5y ago
If it's in their marketing, you can assume it's based on ideal weather conditions, and low-latitudes. I've done some solar-energy calculations for vehicles before as part of student engineering design teams, and I recall the results were pretty dismal. I seriously doubt a car solar roof would produce significant benefit in a place like Canada or Northern Europe as a practical range extender or a cost saver.
But maybe I could see the solar panel as a useful tool for camping excursions? The solar-panel use case appears (to me at least) to be when I want to drive somewhere far away, off grid, and where the car is going to be idle for a few days. Camping is the only use-case that I can think of that fits that bill. Although I'm sure other people might have some ideas.
- mikestew 5y agoMy "best case" math says it is a ~60W panel. Let's just say it's 100W to be generous. Ten hours gets you a kWh. In my 2011 Nissan Leaf, that will get you four miles on a good day. So don't drive too far off into those woods.
- Factorium 5y agoThat should still be enough to get you to the nearest wall outlet somewhere - and prevent you being completely stranded.