Synthetic resistance of flat electrodes and ITO electrodes.
By reducing the resistance value to 1/100, a theoretical efficiency improvement of about 3 to 5% can be expected!
I would like to introduce "the combined resistance of flat electrodes and ITO electrodes." When the surface resistance of the transparent electrode in solar cells decreases, the current collection efficiency improves. If the surface resistance is high, the resistance loss within the electrode increases, resulting in a reduction of the generated power during collection. By reducing the surface resistance to the order of 1/100, the current can be collected efficiently, leading to reduced current loss and improved power generation efficiency. [Factors Affecting the Improvement] ■ Original design of the solar cell (losses other than the transparent electrode) ■ Light transmittance and layer thickness ■ Structure *For more details, please download the PDF or feel free to contact us.
- 企業：日本マイクロン電子
- 価格：Other
