Researchers have discovered that two tiny, counter-rotating wind turbines working in tandem can generate 37% more power than ...

Most people picture wind turbines as massive structures hundreds of feet tall, generating megawatts of power. However, small ...

A development of a simplified floating offshore wind turbine (FOWT) model for time-domain simulation was presented in this paper. We aim to develop a model that can express the most physical ...

The 650MW Gulf of Suez Wind Farm II in Egypt has commenced operations and will provide enough clean electricity for 1.1 million households.

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Quantum computers still face a major hurdle on their pathway to practical use cases: their limited ability to correct the ...

NuScale, in partnership with GSE, becomes the first nuclear company to integrate hydrogen production simulation into an SMR control room, modeling over 200 tons/day of clean hydrogen output.

GSE Solutions developed a hydrogen fuel cell generation and storage plant simulation model to support NuScale's hydrogen ...

GWO certification sets global safety standards for wind-energy technicians, helping reduce risks, improve skills, and build a ...

Airloom takes that classic turbine concept and deconstructs it. To prove that it can generate as much power as conventional ...

Abstract: The rapid increase in wind power capacity over the past decade has resulted from the adoption of policies that encourage the wider use of renewable energy sources in order to reduce CO 2 and ...

Many computational fluid dynamics simulations of isolated vertical-axis turbines use a 2D, rectangular computational domain and slip or symmetry boundary conditions (BCs) along the domain's lateral ...