Mr. Hanish Gupta, Founder & CEO, Sunkind Energy
As we celebrate the growth of renewable energy, particularly solar, we must also address the environmental footprint left by the very technologies that propel this transition. Solar energy is undeniably central to a sustainable future, but the environmental impact of producing and disposing of solar panels must not be overlooked. We believe that a responsible, sustainable approach to solar panel production and disposal can significantly enhance the industry’s long-term environmental benefits.
Sustainable Production: Reducing Resource Use and Emissions
Producing solar panels involves energy-intensive processes, reliance on raw materials like silicon, and use of hazardous chemicals such as cadmium and lead. To mitigate this impact, our goal is to minimize resource use and reduce emissions at every stage of production. Companies partner with manufacturers who employ advanced recycling techniques for water and chemicals during production, allowing us to conserve resources while avoiding environmental contamination.
We must prioritize suppliers that use renewable energy sources to power manufacturing facilities. By aligning with partners who share our commitment to low-emission processes, we can minimize the carbon footprint of every panel we install. Additionally, innovations in panel design are driving resource efficiency. Many next-generation solar panels are thinner, more efficient, and made with fewer toxic substances, a trend we actively encourage and support.
Circular Economy and Recycling: Extending Solar Panel Life
A critical aspect of minimizing environmental impact is creating a circular lifecycle for solar panels. Today, a large volume of solar waste is projected to enter landfills in the coming decades if we don’t act now. We must be committed to extending the useful life of solar installations and reducing waste through a robust recycling ecosystem.
Many of the materials used in solar panels, like glass and aluminium, are recyclable. However, to make recycling economically feasible, we need supportive policies, accessible infrastructure, and industry collaboration. We have to work with recycling partners to ensure that materials from decommissioned panels are reclaimed and repurposed. Such recycling not only prevents waste but also recovers valuable resources, reducing the need for new raw materials.
Additionally, developing modular panel designs with replaceable components can further extend their life and reduce waste. When one part of a solar panel fails, it’s more sustainable—and cost-effective—to replace that component rather than discarding the entire panel. We need to explore partnerships with innovators in modular panel technology, as a vital step toward a truly circular economy in solar energy.
Moving Towards a Greener Solar Lifecycle
Our commitment to sustainability doesn’t end with production and recycling. We have to prioritize end-of-life planning for solar installations. We believe producers, users, and regulators must collaborate to make responsible disposal options widely accessible and affordable. By building a system in which every phase of a solar panel’s lifecycle is managed sustainably, we can ensure that the energy we harness from the sun doesn’t come at a hidden environmental cost.
We see a future where solar energy isn’t just clean in its use but also in its journey from production to disposal. As we scale solar across India and beyond, we have to refining our processes and advocating for policies that support a greener solar industry. By embracing sustainable practices at every stage, we can make a profound difference—not just in meeting today’s energy needs, but in preserving our environment for future generations.
