Dye Sensitised Solar Cell Thesis

Dye Sensitised Solar Cell Thesis-80
Dye sensitized solar cells (DSSCs) represent a cheap and clean technology to harnesses solar energy efficiently.To further decrease the production cost while improving the device performance is a bottleneck for large scale application and commercialization of DSSCs.DSSCs provide several advantages, such as low price-to-performance ratio, low processing cost, ability to work at wide angles and low intensities of incident light, mechanical robustness, light weight, and aesthetically appealing transparent design.

Dye sensitized solar cells (DSSCs) represent a cheap and clean technology to harnesses solar energy efficiently.

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However, the sheet resistance of FTO is independent of the temperature up to 500°C, which makes it favorable for applications that utilize the sintering step.

The price of fossil fuels continues to rise because of the increasing worldwide energy consumption.

The need for an affordable, sustainable, and carbon-free renewable energy source is greater than ever, as the rapid growth rate of renewable energy consumption suggests [2, 3].

In order to mitigate the severe performance deterioration in larger size DSSC solar cells, the use of anodized Ti O₂ nanotubes was introduced on Ti foil.

Instead of FTO glass, the photoanode was made of Ti foil.


Comments Dye Sensitised Solar Cell Thesis

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    Solar cell is the best choice. Therefore, the aim of this project is to increase the efficiency of Dye-sensitised Solar Cell DSSC by studying the effect of different electrolytes and additives have on its performance. By comparing ACN and MPN, MPN is more stable but lower in efficiency due to higher iodine contains. The…

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