Rahul Rajeevkumar Urs
Researching on Photovoltaic Systems, Green Hydrogen, Energy Storage, Fuel Cell, and Batteries
Welcome to Sustainably Wired!
At Sustainably Wired, I am committed to driving innovation and advancing the global understanding of renewable and sustainable energy technologies. My research is centered on transforming the way we generate, store, and utilize energy, with a strong focus on Photovoltaic Systems (PV), Green Hydrogen, Energy Storage, Fuel Cells and Batteries.
Through this platform, I aim to inspire action, share insights, and connect with those passionate about creating a sustainable energy future. Let’s shape a cleaner, greener tomorrow—together!
I am deeply passionate about advancing the frontier of sustainable energy solutions to address global energy challenges and foster a clean energy future. My research interests span a wide array of transformative technologies and systems, including:
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Photovoltaic Systems (PV): Investigating innovative designs and configurations to maximize solar energy generation and integration into diverse energy systems.
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Green Hydrogen Production and Utilization: Exploring hydrogen as a versatile, zero-emission energy carrier through electrolysis, storage, and fuel cell technologies.
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Energy Storage Systems: Designing and optimizing advanced storage solutions, including batteries and hybrid systems, to support grid stability and renewable energy scalability.
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Fuel Cells: Driving advancements in fuel cell technologies for efficient energy conversion and sustainable applications in power and mobility.
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Techno-Economic Assessment: Evaluating the economic feasibility, performance, and scalability of sustainable energy systems to inform policy and investment decisions.
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Energy Policy and Global Energy Trading: Assessing policies and frameworks that enable widespread adoption of renewable energy technologies and facilitate global energy trade.
With an interdisciplinary approach, my work bridges engineering, economics, and policy to deliver holistic solutions for sustainable energy systems. I aim to contribute to a future powered by clean, resilient, and equitable energy technologies.