Missmorningmist
New Member
Can you please check my calculations to see if 6 used TopSolar flexible 100 watt panels will work with the Anker 767?
According to Anker:
"Any 11-60V solar panel with an XT-60 female connector can charge the 767 Power Station; If you use an 11-32V solar panel, the current supports 10A max. When you use a 32-60V solar panel, the current supports 20A max. We recommend using Anker 531 Solar Panels (200W) for the best compatibility."
I found 6 used flexible panels, some have damage...I'm going to check them with a multimeter before buying.
TopPower by Gree Sonic
Open circuit voltage (VOC) 20.77 v
Short circuit current (Isc) 6.25 amps
Voltage at Pmax (Vmp) 17.6V
Current at Pmax (Imp) 5.69 amps
With the 60 V at 20 amp max, would 3s2p damage the anker 767? 3s2p ((20.77V)*3)= 62.31 if I'm using Open circuit voltage. (VOC).
((5.69amp)*2)= 11.30 amps.
Is this math correct? And if so, would the voltage reach that high if the panels are slightly damaged?
Thanks for your help
According to Anker:
"Any 11-60V solar panel with an XT-60 female connector can charge the 767 Power Station; If you use an 11-32V solar panel, the current supports 10A max. When you use a 32-60V solar panel, the current supports 20A max. We recommend using Anker 531 Solar Panels (200W) for the best compatibility."
I found 6 used flexible panels, some have damage...I'm going to check them with a multimeter before buying.
TopPower by Gree Sonic
Open circuit voltage (VOC) 20.77 v
Short circuit current (Isc) 6.25 amps
Voltage at Pmax (Vmp) 17.6V
Current at Pmax (Imp) 5.69 amps
With the 60 V at 20 amp max, would 3s2p damage the anker 767? 3s2p ((20.77V)*3)= 62.31 if I'm using Open circuit voltage. (VOC).
((5.69amp)*2)= 11.30 amps.
Is this math correct? And if so, would the voltage reach that high if the panels are slightly damaged?
Thanks for your help