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Solar technology: How Shahroz Anjum's innovation cuts electricity bills and carbon footprints simultaneously
Wed, 12 Feb 2025 07:30 PM IST
Anil Vaishya
Mumbai
Mumbai
Published by: Anil Vaishya
Updated Wed, 12 Feb 2025 07:30 PM IST
विज्ञापन
Shahroz Anjum
- फोटो : अमर उजाला
In recent years, the global energy sector has undergone a profound transformation. With growing attention to environmental issues and the search for sustainable energy sources, solar energy has become one of the most promising fields. Its effectiveness is proven: solar panels operate in a wide range of conditions — from private homes to industrial facilities, from deserts to polar regions.
According to the International Energy Agency, solar power capacity is expected to increase by 40% by 2027. However, this growth may face obstacles due to significant technical challenges. One of these is the issue of partial shading, which significantly reduces panel efficiency.
"Partial shading is not just a technical nuance. It’s a real barrier to the widespread adoption of solar energy," explains Shahroz Anjum, an engineer at Alliant Energy. At the recent Energy Sustainability Through Innovation and Technology conference, she presented her revolutionary solution to this problem.
विज्ञापन
What makes her innovation special? Shahroz developed intelligent algorithms during her PhD research that redistribute the load among solar modules. Even if half the panel surface is shaded, the system continues to operate efficiently. "We not only increase performance but also extend equipment lifespan through even load distribution," Shahroz explains.
Although these concepts were developed during her PhD in solar energy, they were instrumental in securing her position at Alliant Energy, where she continues to contribute to the renewable energy sector. Her technologies remain a benchmark in the academic field of solar optimization.
What does this mean for ordinary people? Firstly, more affordable electricity: increasing plant efficiency by 25% has allowed consumer tariffs to be reduced by an average of 15%. Secondly, reliable energy supply: the new management system minimizes outages even in cloudy weather. Thirdly, a direct contribution to environmental sustainability: the reduction in carbon footprint achieved through these optimizations is comparable to planting 50,000 trees annually.
"When I see families saving on electricity bills, small businesses gaining a reliable energy source, and urban air quality improving—I know we’re on the right track," she shares.
Shahroz’s journey in energy is a vivid example of how scientific ideas can address practical challenges. "The true value of innovation is realized only when it benefits people and businesses," she believes. Today, Shahroz is not just a theorist—she oversees the full cycle of solar power plant creation at Alliant Energy, from design to operation. Additionally, as a member of the prestigious IEEE association, Shahroz contributes to advancing global engineering standards and collaborates with other experts to shape the future of renewable energy.
The results are impressive: Alliant Energy's ongoing strategies to improve solar efficiency have led to a 25% increase in total energy output and a significant reduction in the company's carbon footprint by thousands of tons annually. For local communities, this means not only cleaner air but also new jobs: each upgraded plant creates 50–100 positions for technical specialists.
What’s next? Shahroz envisions the future of solar energy in synergy with artificial intelligence and the Internet of Things. "These technologies open up entirely new opportunities for managing energy systems. It’s not just optimization—it’s a qualitative leap in reliability," she shares, based on her experience at the International Symposium on Sustainable Urban Development.
Alliant Energy employs advanced predictive analytics systems that analyze data on solar panel temperatures, shading levels, power generation, and weather conditions. These systems help identify potential malfunctions before they occur, optimizing maintenance by minimizing downtime and reducing costs. Shahroz, with her expertise in solar optimization and energy systems, contributes to enhancing these strategies, ensuring more efficient and sustainable energy solutions.
"Solar energy is much more than just a way to generate electricity," Shahroz reflects, gazing at rows of panels at one of Alliant Energy's plants. "Every installation tells a story of how technology can improve lives." She highlights the tangible impact of these technologies, from enabling elderly couples to afford air conditioning on hot days to providing local farmers with a reliable energy source for their operations.
In her view, the future of energy depends not only on technological breakthroughs but also on society’s readiness to adopt and support these changes. "A sustainable future is built through collective effort: engineers develop technology, companies implement innovations, and people make conscious choices in favor of clean energy. And in this chain, everyone matters," she concludes, emphasizing that the journey to an ecological future is "a marathon where victory is achieved through the united steps of the entire society."
विज्ञापन
According to the International Energy Agency, solar power capacity is expected to increase by 40% by 2027. However, this growth may face obstacles due to significant technical challenges. One of these is the issue of partial shading, which significantly reduces panel efficiency.
विज्ञापन
"Partial shading is not just a technical nuance. It’s a real barrier to the widespread adoption of solar energy," explains Shahroz Anjum, an engineer at Alliant Energy. At the recent Energy Sustainability Through Innovation and Technology conference, she presented her revolutionary solution to this problem.
विज्ञापन
What makes her innovation special? Shahroz developed intelligent algorithms during her PhD research that redistribute the load among solar modules. Even if half the panel surface is shaded, the system continues to operate efficiently. "We not only increase performance but also extend equipment lifespan through even load distribution," Shahroz explains.
Although these concepts were developed during her PhD in solar energy, they were instrumental in securing her position at Alliant Energy, where she continues to contribute to the renewable energy sector. Her technologies remain a benchmark in the academic field of solar optimization.
What does this mean for ordinary people? Firstly, more affordable electricity: increasing plant efficiency by 25% has allowed consumer tariffs to be reduced by an average of 15%. Secondly, reliable energy supply: the new management system minimizes outages even in cloudy weather. Thirdly, a direct contribution to environmental sustainability: the reduction in carbon footprint achieved through these optimizations is comparable to planting 50,000 trees annually.
"When I see families saving on electricity bills, small businesses gaining a reliable energy source, and urban air quality improving—I know we’re on the right track," she shares.
Shahroz’s journey in energy is a vivid example of how scientific ideas can address practical challenges. "The true value of innovation is realized only when it benefits people and businesses," she believes. Today, Shahroz is not just a theorist—she oversees the full cycle of solar power plant creation at Alliant Energy, from design to operation. Additionally, as a member of the prestigious IEEE association, Shahroz contributes to advancing global engineering standards and collaborates with other experts to shape the future of renewable energy.
The results are impressive: Alliant Energy's ongoing strategies to improve solar efficiency have led to a 25% increase in total energy output and a significant reduction in the company's carbon footprint by thousands of tons annually. For local communities, this means not only cleaner air but also new jobs: each upgraded plant creates 50–100 positions for technical specialists.
What’s next? Shahroz envisions the future of solar energy in synergy with artificial intelligence and the Internet of Things. "These technologies open up entirely new opportunities for managing energy systems. It’s not just optimization—it’s a qualitative leap in reliability," she shares, based on her experience at the International Symposium on Sustainable Urban Development.
Alliant Energy employs advanced predictive analytics systems that analyze data on solar panel temperatures, shading levels, power generation, and weather conditions. These systems help identify potential malfunctions before they occur, optimizing maintenance by minimizing downtime and reducing costs. Shahroz, with her expertise in solar optimization and energy systems, contributes to enhancing these strategies, ensuring more efficient and sustainable energy solutions.
"Solar energy is much more than just a way to generate electricity," Shahroz reflects, gazing at rows of panels at one of Alliant Energy's plants. "Every installation tells a story of how technology can improve lives." She highlights the tangible impact of these technologies, from enabling elderly couples to afford air conditioning on hot days to providing local farmers with a reliable energy source for their operations.
In her view, the future of energy depends not only on technological breakthroughs but also on society’s readiness to adopt and support these changes. "A sustainable future is built through collective effort: engineers develop technology, companies implement innovations, and people make conscious choices in favor of clean energy. And in this chain, everyone matters," she concludes, emphasizing that the journey to an ecological future is "a marathon where victory is achieved through the united steps of the entire society."
