As one of the fastest-growing renewable energy sources, wind power is promoting the
global primary energy structure to accelerate towards the direction of cleanliness and low …

Previous estimations of the global technical onshore wind energy potential (WEP) range
between 64 and 690 PWh/yr. The diversity of WEP estimates is caused by various applied …

The wake characteristics of wind turbine mounted on complex terrains are of great
significance in wind energy utilization. The ground roughness and atmospheric stratification …

Accurately simulating wind speed is of utmost importance for wind power assessments. The
objective of this study is to investigate the performance of wind speed simulation in complex …

The characterization of wind speed and its variability at a site is important for wind resource
assessment. The most readily available wind measurements are at 10 m above ground …

Wind energy is a mature and cost-effective solution to greenhouse gas emission reduction
and climate change mitigation. Wind resource assessment is the most pivotal activity before …

In recent years, research has revealed that hydropower designs in Ecuador have not
adequately considered sensitivity to climate change. In addition, variations in rainfall …

Battery lifetime is a key factor in the optimal design of hybrid renewable energy systems
(HRESs). However, the integration of both battery calendar and cycle lifetimes into HRES …

Traditional assessment indexes could not fully describe offshore wind resources, for the
meteorological properties of offshore are more complex than onshore. As a result, the …

In this study, the combined impact of atmospheric stability, speed-up and wake effect on the
production of pairs of wind turbines in a wind farm located on complex terrain was evaluated …