Organic solar cells have various advantages and disadvantages for customers, suppliers, and installers.
Advantages
The advantages of organic solar cells are anticipated to grow significantly as the technology is developed. The benefits of organic solar cells are as follows:
Adaptable and light-weight design
Organic solar cells are more adaptable and flexible than conventional solar cells. This indicates that they can use a sizable space and be modified to fit on a variety of substrates. Organic solar cells are more resilient than other solar modules due to their flexible structure.
Low production costs
Manufacturers can employ a roll-to-roll technology that is less expensive and more ecologically friendly than other manufacturing techniques thanks to the solubility structure of organic molecules.
Abundance of resources
The raw components needed to make organic solar cells are readily available. This ought to ease supply and cost restrictions and increase your solar savings.
Disadvantages
Organic solar cell research and development are still in their early stages compared to silicon solar cells. Because of this, some issues with organic cells have not yet been resolved. The drawbacks of organic solar cells are as follows:
Efficiency of power conversion
OPV cell efficiency is significantly lower than that of conventional silicon cells. Efficiency levels for silicon cells will typically range from 20% to 25%. On the other hand, organic solar cells can only achieve 8%–12% at this time.
Lifespan
Organic solar cells have a much shorter lifespan than conventional solar cells. This is because organic things deteriorate significantly more quickly when exposed to the environment.
Organic Photovoltaic Cells
The structural similarities between conventional silicon cells and organic solar cells are striking. The substance that serves as the organic semiconductor is the only structural distinction between the two cell types, as was previously indicated (OSC). This layer in conventional solar cells is made of crystalline silicon, unlike organic cells, which use a thin, carbon-based active layer on top of the plastic.