Would You Believe Solar Power Has Just Turned 'More' Greener Now?

Next-Gen Solar Cells- Redefining Solar Waste?

Believe it or not, you just heard it right.?

Solar energy is getting ‘a lot greener’ soon, as perovskite photovoltaic cells are taking the upper hand in the solar industry. Best known for their incredible efficiency, they are way more effective than traditional silicon-based solar cells.

However, the best part about it has yet not been disclosed. Guess what? They’re 100% recyclable.?

These next-gen perovskite photovoltaic cells are way cheaper and can possibly turn the tide of solar waste disposal for a greener tomorrow.

Path To 'Much' Greener and More Sustainable Recycling?

Sustainable concerns like – less toxic, more recycling scope, and checking resource depletion have finally found a way out. The dedicated research conducted by Cornell University has gifted the world an alternative of traditional photovoltaic cells.?

These batteries are reusable after conducting a scalable, water-based recycling method, which is way more eco-friendly.?

But do you know how these solar powered batteries work? Let’s have a glance through it as well!

Science Behind Water-Based Green Recycling Strategy?

The joint initiative of Cornell University and the Linkoping University of Sweden has developed a photovoltaic technology that uses sustainable green solvents to treat end-of-life petrovskite cells.?

The ‘green solvent’ used in this next-gen petrovskite solar cells include- diethyl carbonate, triethyl phosphate, (R)-(+) -limonene, 2-methyl tetrahydrofuran, and dibutyl ether.? Consequently, this process minimizes hazardous waste, promotes circularity in the solar industry, and reduces the creation of landfills made of solar cells.?

Necessity Of Sustainable Solar Cell Recycling Approach

• Innovative breakthrough to reduce environmental pollution?
• Redirect traditional photovoltaic cell recycling to aqua or water-based recycling process??
• Reduce resource depletion by 96.6%?
• Decrease human toxicity impact of reckless solar battery recycling by 68.8%?
• Reduce electric cost, by choosing renewable sources of power supply by 18.8% for electrical utilities
• Trim-down dependency on traditional silicon-based solar cells by 20.9%
• Eliminate long-term challenges and expand sustainable scopes to reuse scalable perovskite photovoltaics?
• Bridging the gap between scientific innovation and industrial applications?

Conclusion

The time has come for the world to think about adding sustainable value to the sun’s energy to protect this planet. Adding a ‘greener effect’ to solar-powered cells by recycling and reusing them further can lead this earth towards zero carbon emission.