Japanese Consortium Targets 18MW Mingyang Turbine for Brazil’s First Floating Offshore Wind Project
Japanese consortium selects 18MW Mingyang turbine for Brazil’s first floating offshore wind project, marking a major step in renewable energy…
SouthCoast Offshore Wind Project Faces Potential Delays Due to Trump Policies
SouthCoast Offshore Wind Project may face delays as Trump-era policies resurface, impacting permitting and environmental review processes.
Wind Energy Patents: Envision, Siemens Gamesa, Nordex, and PowerChina
Explore key wind energy patents from Envision, Siemens Gamesa, Nordex, and PowerChina driving innovation in renewable power technologies.
Suzlon Secures 170MW Wind Energy Project in Andhra Pradesh
Suzlon secures 170MW wind energy project in Andhra Pradesh, boosting renewable capacity and supporting India's clean energy goals.
950 MW DEWA CSP Project Honored with SolarPACES 2024 Technology Innovation Award
DEWA's 950 MW CSP project wins SolarPACES 2024 Technology Innovation Award for advancing solar thermal energy and sustainable power solutions.
Royal Tech Delivers First Advanced Absorber Tubes for DLR’s Évora Trough CSP Demo After Winning SolarPACES Award
Royal Tech delivers advanced absorber tubes for DLR’s Évora Trough CSP demo after winning the prestigious SolarPACES innovation award.
Europe Launches Initiative to Attract Scientific Talent Amid US Cuts
Europe launches initiative to attract top scientific talent as U.S. research funding faces cuts, aiming to boost innovation and global…
Optimizing Channel Geometry for Compact Flow Gas Receivers
Optimize channel geometry in compact flow gas receivers to enhance heat transfer, efficiency, and performance in high-temperature energy systems.
Three Gorges Renewables Connects 100 MW Tower CSP Plant to Grid in Qinghai’s Golmud
Three Gorges Renewables connects 100 MW tower CSP plant to the grid in Golmud, Qinghai, boosting China's clean energy capacity.
Parametric Study of Empirical Factors and Solar Radiation Uniformity on Thermal Efficiency of Porous Volumetric Solar Receivers
Analyzes how empirical factors and solar radiation uniformity affect thermal efficiency in porous volumetric solar receivers through parametric study.
Improved Thermal Efficiency in Solar Receiver Ducts Using Louver-Punched V-Type Winglets: A Numerical and Experimental Analysis
Enhanced thermal efficiency in solar receiver ducts using louver-punched V-type winglets analyzed through numerical simulation and experimental validation.
Enhanced Thermal Efficiency of Cavity-Shaped Porous Solar Receivers through Optimization Techniques
Boosting thermal efficiency in cavity-shaped porous solar receivers using advanced optimization techniques for improved solar energy performance.
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