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Looking at the chart before reading the article, I thought that their peak hourly output is just above 1.5kWh (sort of like you'd read a speed chart in {m|km}ph
by nevi-me 2y ago
Looking at the chart before reading the article, I thought that their peak hourly output is just above 1.5kWh (sort of like you'd read a speed chart in {m|km}ph). Then the author says they have an 8.28kW system.
It'd have been useful to also share a normalised graph, sort of like "in the last 15 minutes we produced an equivalent of 6kWh". I had to infer it by counting the number of bars in a 3 hour interval.
Then ~6kWh during peak time in their peak month, seems more informative.
- szvsw 2y agoIt’s in the 4th par. > Our 23 solar panels are rated to produce a total of 8.28 kilowatts (kW), but in reality energy production doesn’t get that high and maximum production is for a short part of the day. We peak at about 6.6 kW kWh is energy, kW is power (which you probably know). The graph is in energy and you clearly computed it correctly. Just to clarify.