18 November 2012, 22:40
How to make solar panels.
You'll need:
Solar Cells (The 0.5 volt / 3.6 Amp type)
Soldering Iron
2 x Perspex sheets at least 3mm thick
EVA material
Araldite or silicon sealant
Heat Gun / Hair Dryer
Material for spacer 'beading'
You must essentially cover up the soldering, wire connections with EVA applying to the solar panels.
![[Image: P1020680.jpg]](http://i1048.photobucket.com/albums/s366/MountainHold/P1020680.jpg)
![[Image: P1020692.jpg]](http://i1048.photobucket.com/albums/s366/MountainHold/P1020692.jpg)
The cells are wired up in a series configuration resulting in a theoretical 8 volts from 16 cells. However in extreme sunshine this can result in a 10 volt reading.
![[Image: P1020712.jpg]](http://i1048.photobucket.com/albums/s366/MountainHold/P1020712.jpg)
This part will be covering the EVA application, making the 'beading', perspex fixing, environmentally sealing, confirmation voltages and then it'll be ready
![[Image: SolarPanelClamped.jpg]](http://i1048.photobucket.com/albums/s366/MountainHold/SolarPanelClamped.jpg)
Finished!
![[Image: P1020707.jpg]](http://i1048.photobucket.com/albums/s366/MountainHold/P1020707.jpg)
Cost for all materials was approx £40 or $60.
You'll need:
Solar Cells (The 0.5 volt / 3.6 Amp type)
Soldering Iron
2 x Perspex sheets at least 3mm thick
EVA material
Araldite or silicon sealant
Heat Gun / Hair Dryer
Material for spacer 'beading'
You must essentially cover up the soldering, wire connections with EVA applying to the solar panels.
![[Image: P1020680.jpg]](http://i1048.photobucket.com/albums/s366/MountainHold/P1020680.jpg)
![[Image: P1020692.jpg]](http://i1048.photobucket.com/albums/s366/MountainHold/P1020692.jpg)
The cells are wired up in a series configuration resulting in a theoretical 8 volts from 16 cells. However in extreme sunshine this can result in a 10 volt reading.
![[Image: P1020712.jpg]](http://i1048.photobucket.com/albums/s366/MountainHold/P1020712.jpg)
This part will be covering the EVA application, making the 'beading', perspex fixing, environmentally sealing, confirmation voltages and then it'll be ready

![[Image: SolarPanelClamped.jpg]](http://i1048.photobucket.com/albums/s366/MountainHold/SolarPanelClamped.jpg)
Finished!
![[Image: P1020707.jpg]](http://i1048.photobucket.com/albums/s366/MountainHold/P1020707.jpg)
Cost for all materials was approx £40 or $60.