First, it depends on which solar panel you are trying to connect. It would obviously not be possible with the 40W panel since even at 100% utilization the max you will receive is 80W (in real life conditions it would be closer to 65W to 70W). When joining two 60W panels with the y-branch splitter, you should be able to get around 90W, potentially as high as 100W of output (again, depending on conditions).
Hey what is the real life power output from your new 40w panels? Will it hit 30w on sunny day ? I don't know which one to buy 40 or 60 watts . Would much prefer 40w providing it can produce 30+ watts .
Yes our 40W solar panel should easily surpass 30 watts on a sunny day (when using the DC output port). During tests we frequently received close to the full 40 watts from the DC port. The USB-C port is PD30, so it is limited to 30 watts, but will typically reach this max output with full sun. And the USB-A port us max 18 watts.
Using the y-branch splitter cable, will I be able to harness approximately 100w, or is this combination not compatible?
First, it depends on which solar panel you are trying to connect. It would obviously not be possible with the 40W panel since even at 100% utilization the max you will receive is 80W (in real life conditions it would be closer to 65W to 70W). When joining two 60W panels with the y-branch splitter, you should be able to get around 90W, potentially as high as 100W of output (again, depending on conditions).
Hey what is the real life power output from your new 40w panels?
Will it hit 30w on sunny day ?
I don't know which one to buy 40 or 60 watts . Would much prefer 40w providing it can produce 30+ watts .
Yes our 40W solar panel should easily surpass 30 watts on a sunny day (when using the DC output port). During tests we frequently received close to the full 40 watts from the DC port. The USB-C port is PD30, so it is limited to 30 watts, but will typically reach this max output with full sun. And the USB-A port us max 18 watts.