Offshore wind auctions in Europe have recently seen considerable price decreases, with
resulting support levels low enough to warrant the question whether project profitabilities are …

Wind power technology has changed rapidly in recent years. Technology innovation,
evolving power markets, and competing land and ocean uses continue to influence the …

We explore the changes in wind energy resources in Northern Europe using output from
historical to mid-twenty-first century simulations from the Climate Model Intercomparison …

If clean energy pathways are to harness massive increases in wind power, innovations with
broad geographic viability will be needed to support buildout in diverse locations. However …

Learning curves play a central role in power sector planning. We improve upon past
learning curves for utility-scale wind and solar through a combination of approaches. First …

The value of electricity generated from wind and solar sources declines as supply increases.
This decline in value has varied over time and across regions, indicating that strategies to …

New simulations at 12-km grid spacing with the Weather and Research Forecasting (WRF)
Model nested in the MPI Earth System Model (ESM) are used to quantify possible changes …

This paper surveys the energy literature and systematically reviews the path to an inclusive
and sustainable energy transition by exploring factors that drive the current energy …

Wind turbines are designed to minimize the economic cost of energy, a metric aimed at
making wind competitive with other energy-producing technologies. However, now that wind …

Wind turbine blade leading-edge erosion (LEE) is a cause of increased operation and
maintenance costs and decreased annual energy production. Thus, detailed, site-specific …