solar charging
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@mikeorbreak
as said before, long story short (what I recall): don’t worry, it takes long for watches to reach charging cycles
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The solar widget confuses me a little bit.
I had an office day on Friday with probably 1 hour of sun that day. On Saturday I had a 3 hour windsurf session with probably 5 hours of sun, but the graph doesn’t seem to show that.
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@surfboomerang Could it be that the graph shows the relative energy balance, on Saturday the collected and consumed energy during windsurfing were almost equal, but on Friday more energy was collected than consumed?
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I left it this morning on clear sun for some 3 hours, battery was at 14% at the begining and after those 3 hours it was still on 14%, it did not raise…but that was 8 hours ago and it is still on 14. My question is…when it is being solar charged does the percentage raise or it just stays on that initial percentage for a lot longer than when it did not had solar charge?
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The last two days I could test the solar charging… after a long period of raining we had a slighty cloudy sky with periods of sun 🤩 I noticed the the force of the solar charging is very very depending of the direction or the angle of the incoming sun… but I don‘t want to change the watch from the left to the right wrist when I change the direction of my activity…
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@SuperFlo75 said in solar charging:
the force of the solar charging is very very depending of the direction or the angle of the incoming sun
Well, that’s actually how solar panel works, unfortunately
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@surfboomerang I’m seeing similar behavior on the weekly solar chart as well. It doesn’t seem to be displaying the info correctly.
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@wotus would definitely be a nice idea, but then I would suspect negative values since I ended up with a lower battery percentage at the end of the day.
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@vlado it does raise, but you need a lot of sun and patience.
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@Dimitrios-Kanellopoulos left mine in direct sunlight for 30 minutes (off wrist), screen went black, and zero charging.
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@craigeggleton it took me around 50 minutes for 1%. So normally 4-5 full solar bars
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@craigeggleton said in solar charging:
@Dimitrios-Kanellopoulos left mine in direct sunlight for 30 minutes (off wrist), screen went black, and zero charging.
The screen will go blank if the watch isn’t being moved, but it will still be charging. IIRC the solar functioning is actually better once the watchface has gone off
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@surfboomerang today tried during a car travel.
With this amount, I didn’t won any single % of battery. Still have to experiment…maybe amount of sun behind glasses was not as strong as direct sun.
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@Tieutieu No, the amount of sunlight in the car is way less than outside. When I wrote 4-5 bars, I meant totally full bars. I was outside and the watch was facing the sun.
Also, if I understood correctly, the bars are only showing 50000 lux and the watch is capable of collecting more than that. So it could be that in my test the watch was receiving way more light than a full bar.
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@surfboomerang thanks for explanations ! It Confirms I need more time (more sun !!) to have decent results. I have a long race to come next weekend, it will be a good test !
My only concern is that I my skin turns usually very quickly to full red when there is a bright sun !!
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@Tieutieu
…the solar charging bar can be dual use… when one bar is full it’s time to think about putting on sunscreen
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Is it known what exactly the stripes on the viewer represent? Suunto only reports light output in lux (or I didn’t read something) but that’s not information on how much of that energy we gained.
A cool addition, by the way would be a statistic info in the solar widget showing how much energy we gained from the solar panel during the day and the whole week -
@aroo7 And graph in SA like steps/calories
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@freeheeler I know that if the battery of my Vertical solar starts going up I need to apply suncreen more than once. Happened to me twice.
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@vlado
I guess the big drawback is the useful surface of the solar panel. Each m2 of a conventional solar panels have a power around 250w which, extrapolating to our Vertical, would be about 0.25w at full sun.
As a general rule, USB chargers usually have an output voltage of 5V. So, for example, a charger that is capable of supplying 1.5 A (amps) at 5V (volts) will have a power about of 7.5 W (watts).
Solar charger does not more than a little help to extend the life of the battery;)