Paper
Research on Dye-Sensitized Solar Cell Coupling System of Water-Splitting for Hydrogen Production
- Authors:
- Di Gu; Baohui Wang; Yanji Zhu; Xueyin Piao; Qingwei Zang
- Abstract
- Using dye-sensitized solar cells coupled water-splitting electrode to produce hydrogen, compared with the traditional photoelectrolytic cell water-splitting energy consumption is much smaller. Because the entire photoelectric system is exposed to the air, so it solves the problem of the photoelectric cell’s water-splitting electrode corrosion seriously. It use three tandem dye-sensitized photovoltaic cells as a source of power, the open circuit voltage of photoelectric unit is 1.547V, shows the feasibility of using dye-sensitized photovoltaic cell decomposition of water to produce hydrogen. However, the maximum power point voltage of the photoelectric unit is 0.902V, and the photoelectric system still needs to be further optimized because of the system of water-splitting running at 1.3-1.4V photovoltaic.
- Keywords
- Dye-sensitized Solar Cell; Coupling; System of Water-splitting for Hydrogen Production
- StartPage
- 20
- EndPage
- 23
- Doi