Conductive glas selfmade DIY Solar cell transparent electrode ITO SnO2 tinoxide semiconductor
www.overunity.com How to make a selfmade DIY conductive glas transparent electrode with low resistance ITO SnO2 tinoxide semiconductor layer for a selfmade DIY Solar cell solarcell. Great easy way to make glas electrical conductive and have a transparent electrode layer fro Graetzel solarcells and a solarpanel . Here are the staps to make it: 1. Dissolve 5 Gramms of wet SnCl4 in 5 mL Methanol 2. Place a tile with the shiny side up into the oven 3. Heat the oven at 600 degrees 4. Place a heat resistent microscope slide on another tile into the oven 5. Let it heat for about 10 minutes and pull it out via the tile again when it is hot enough! 6. Spray the glas slide with the SnCl4 solution 7. Put it back into the oven for about 2 minutes and pull it then out again 8. Spray it again with the SnCl4 solution and put it back into the oven again and repeat this process until the desired electrical conductivity is reached. Due to the heat the SnCl4 decomposes to SnO2. DonÂ´t breath the fumes and do it only in a well ventilated area, best outside ! 9. Test the electrical conductivity with a digital ohmmeter and repeat the spraying-heating process until you are satisfied with the electrical resistance of the SnO2 layer. This video is from the Youtube user HJesu who gave me permission to copy it to my Youtube channel. www.youtube.com This will make it very easy to selfbuild great and big selfmade Solarcells. Enjoy ! Regards, Stefan.