Preventing dye aggregation with molten salts to improve solar cell performance

Dye-sensitized solar cells (DSSCs) are a promising next-generation solar power technology, but they suffer from dye aggregation on electrodes, which reduces charge carriers and the conversion efficiency. Fortunately, scientists have now found a simple way to prevent the aggregation by modifying the electrode’s surface with ionic liquids. Stable and eco-friendly, these versatile compounds demonstrate excellent anti-aggregation effects, boosting the performance of DSSCs and opening doors to affordable green energy.Dye-sensitized solar cells (DSSCs) are a promising next-generation solar power technology, but they suffer from dye aggregation on electrodes, which reduces charge carriers and the conversion efficiency. Fortunately, scientists have now found a simple way to prevent the aggregation by modifying the electrode’s surface with ionic liquids. Stable and eco-friendly, these versatile compounds demonstrate excellent anti-aggregation effects, boosting the performance of DSSCs and opening doors to affordable green energy.

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