Power generation from wind farms is growing rapidly around the world. In the past decade,
wind energy has played an important role in contributing to sustainable development …

High-precision prediction of onshore and offshore wind power generation (O-OWPG)
provides valuable reference for maximizing ecological-economic benefits. From a …

An accurate and reliable wind power prediction model has important significance for the
operation of power systems and large-scale grid connection. This paper proposes a hybrid …

Wind power production is strongly affected by wake, and wake analysis is particularly
important for wind farm layout optimization. The purpose of this study is to establish a multi …

Distributed photovoltaic generation is an important measure to address climate change and
boost rural revitalization. In the context of new energy grid parity, driving rooftop distributed …

Integrating renewable wind power (WP) into the grid exacerbates variability and challenges
reliability. Establishing an effective forecasting system is crucial for risk avoidance, but …

Life cycle assessment (LCA) was undertaken for a proposed wind farm of ten Gamesa wind
turbines with a 2 MW each. A 20 MW land-based wind turbine's lifetime primary energy …

Green technology innovation is regarded as a key catalyst for sustainable urban
development. This study mainly utilizes 278 Chinese cities data from the China Urban …

Because wind direction has the trait of time varying, yaw is a common state of wind turbine
(WT). To improve the energy capture and reduce the yaw actuator usage time, a Model …

WTs are in yaw during most of the operating time. The wake effect of the yawed Wind turbine
(WT) leads to lower wind speed and increased turbulence in the wake region of the WT …