A new study, co-authored by Professors Michael Howland and Saurabh Amin and postdocs Liying Qiu and Rahman Khorramfar shows how detailed mapping of weather conditions and energy demand can guide optimization for siting renewable energy installations. https://lnkd.in/gEuYZ_UT
MIT Civil and Environmental Engineering’s Post
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NREL is making what researchers are calling a “tectonic shift” in how they analyze the environmental impacts of renewable energy technologies. Through recent advances in novel code-based life cycle assessments, NREL is ramping up its ability to understand the potential unintended effects of renewable energy technologies before deployment—ensuring future energy systems are as clean as they can be. Learn more: https://bit.ly/3V1Lqes
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The U.S. energy transition is gaining momentum, propelled by ambitious government renewable energy goals and substantial funding through initiatives like the Inflation Reduction Act (IRA). Amidst this acceleration, understanding the potential adverse effects of renewable energy technologies has never been more critical. Researchers at the National Renewable Energy Laboratory (NREL) have dedicated decades to studying the intricate life cycles and environmental impacts of these technologies through the lens of life cycle assessment (LCA). This meticulous work, conducted across three crucial phases—upstream, operation, and downstream—ensures a comprehensive understanding of the environmental footprint of renewable energy solutions. NREL's pioneering efforts in code-based LCA are revolutionizing renewable energy assessment. By leveraging automation and scalability, NREL can delve even deeper into the complexities of technology impacts, spanning diverse geographical and temporal contexts. This innovative approach empowers stakeholders to make informed decisions, guiding long-term investments in sustainable energy solutions. Exciting collaborations and cutting-edge tools like LiAISON and Cambium are driving this transformation in renewable energy assessment. It's exciting to see a future characterized by cleaner, more sustainable energy systems that will ensure a greener tomorrow! #RenewableEnergy #Sustainability #NRELinnovation
NREL is making what researchers are calling a “tectonic shift” in how they analyze the environmental impacts of renewable energy technologies. Through recent advances in novel code-based life cycle assessments, NREL is ramping up its ability to understand the potential unintended effects of renewable energy technologies before deployment—ensuring future energy systems are as clean as they can be. Learn more: https://bit.ly/3V1Lqes
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Proud to share my recent research paper accepted in the top-tier journal Renewable Energy (Scopus Q1, IF:9.0, SCIE, ABDC-A). #renewableenergy #greenenergytransition #energypolicies
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With fossil fuels representing more than 80% of what powered the world in 2023, according to data from the 2024 statistical review of world energy (see pictorial summary in comment section), there sure is a lot of ground to cover in the field of renewable energy and for scholars like KeleChukwu Ibe 😏
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🔥 Read our Highly Cited Paper 📚 Allocation and Sizing of DSTATCOM with Renewable Energy Systems and Load Uncertainty Using Enhanced Gray Wolf Optimization 🔗 https://lnkd.in/e78PQcb9 👨🔬 by Ridha Djamel Mohammedi et al. 🏫 Djelfa University #renewableenergy #optimization
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International Conference on Artificial Intelligence for Energy Efficiency and Renewable Energy (ICAIEERE-2025) Join industry leaders at the International Conference on Artificial Intelligence for Energy Efficiency and Renewable Energy (ICAIEERE-2025) on February 7-8, 2025. This event will showcase cutting-edge research on AI-driven energy solutions and renewable innovations. Whether you're attending in person or online, this is your chance to connect with experts and explore the future of sustainable energy. Curious to learn more? Find full details on DigiGov Central- https://lnkd.in/dvqEetqh Elsevier Thomson Reuters #EnergyEfficiency #AI #RenewableEnergy #ICAIEERE2025 #Sustainability
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New publication alert ⚡️ Explore our research on energy flexibility management published in Applied Energy. We present a stochastic flexibility calculus that evaluates the risk of insufficient flexibility potential under uncertainty — with insights on battery storage systems balancing net load forecast errors in households and renewable energy communities 🌱 CC BY 4.0 (https://lnkd.in/gEAeunZf) #flexibilitymodels #energytransition #renewableenergy
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Professor at IST, Univ of Lisbon and Ranked in Top2% World's Scientists by Stanford Univ. USA
🆕🧑🎓🧑💻 I am very proud to share our recent publication. 📢🌎This research developed smart integrated hybrid renewable systems for small energy communities and applied them to a real system to achieve energy self-sufficiency and promote sustainable decentralized energy generation. It compares stand-alone (SA) and grid-connected (GC) configurations using a developed optimized mathematical model and data-driven optimization, with economic analysis of various renewable combinations (PV, Wind, PHS, BESS, and Grid) to search for the optimal solution. https://lnkd.in/dV_EYTBd https://lnkd.in/d7JwkGp6
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Student at Kongu Engineering College | IEEE Secretary - Membership development | IEEE Executive Member
"Honored to have won 3rd place in the paper presentation competition at Zenith for my work on hybrid solar cells! Excited to continue exploring sustainable energy solutions and contributing to the future of renewable energy. #Zenith2k23 #PaperPresentation #HybridSolarCells #SustainableEnergy #Achievement"
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