Innovative Solutions for Overcoming Challenges in Renewable Energy Projects
Key Ideas
  • Specialized techniques like terracing and soil-specific foundations are utilized for constructing solar plants in hilly terrains.
  • Detailed geotechnical surveys and wind studies are conducted to mitigate challenges in barren lands with high solar irradiance.
  • Floating solar projects are highlighted as a viable alternative that minimizes land requirements with the added benefit of energy efficiency through water cooling.
  • Amplus Solar plans to launch distributed green hydrogen projects, targeting specific sectors with an adapted RESCO model.
Dilip Mehta, COO of Amplus Solar, shared insights on overcoming challenges in renewable energy projects in an interview with Energetica India. In hilly terrains, specialized techniques like terracing and soil-specific foundations are crucial for constructing solar plants. Detailed geotechnical surveys and wind studies help mitigate challenges in barren lands with high solar irradiance. Floating solar projects are presented as a viable alternative that minimizes land requirements by leveraging water bodies for energy efficiency. Despite unique challenges such as higher upfront costs and complex maintenance, Amplus Solar employs advanced technologies like extended cables and rigorous environmental monitoring to ensure sustainability. AI plays a significant role in optimizing the performance of solar projects, with Amplus utilizing Hawk Ai for real-time monitoring and predictive maintenance. Recent innovations include AI-based inverter failure prediction and string-level monitoring for enhanced asset performance. The Green Energy Open Access Rules in India have boosted renewable energy adoption in the C&I sector, particularly among SMEs. Amplus Solar suggests standardizing metering norms and ensuring regulatory clarity to further enhance adoption. Additionally, Amplus Solar plans to launch distributed green hydrogen projects targeting specific sectors by adapting their successful RESCO model.
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