Chinese scientists have achieved a major advancement in the field of perovskite solar cells,potentially paving the way for their widespread industrial application.

Perovskite solar cells,a highly promising next-generation photovoltaic technology,generate electricity like traditional silicon-based cells while offering distinct advantages such as being ultra-thin,flexible and lightweight.These features open up possibilities for integration into unconventional surfaces like clothing and windows.However,the instability of these devices has remained a major obstacle to commercialization.

A research team from the Shanghai-based East China University of Science and Technology has achieved a major breakthrough by identifying the key mechanism behind this instability.

The researchers have developed an innovative perovskite solar cell device capable of operating for an unprecedented 3,670 hours,setting a new benchmark for durability.Their research was recently published in the journal Science.

To address the stability issue,the researchers introduced a novel solution:putting the perovskite material in a"protective suit"made of graphene-polymer,a hard and durable material.This innovative approach significantly enhances the material's lifespan and resilience.

The researchers also revealed that they have already initiated collaborative trials with industry partners.If successfully mass-produced,this technology could revolutionize the energy sector,enabling innovations that integrate solar energy harvesting into everyday life.