Trailing windmills are a specialized type of wind turbine technology designed to harness wind energy and generate electricity. This term refers to a specific configuration and arrangement of wind turbines that are mounted on a long structure, often resembling a horizontal pole or beam, which is then supported by vertical pillars.
The term "trailing" is derived from the fact that these windmills are typically set up in a linear pattern, with several turbines positioned in a row along the length of the structure or beam. This arrangement allows the windmills to "trail" or follow the direction of the wind, maximizing the capture of wind energy from different angles.
Trailing windmills are often employed in open spaces where wind resources are abundant, such as onshore and offshore locations. Their unique design offers several advantages. Firstly, the linear arrangement ensures that wind turbulence is reduced, leading to a more stable and efficient operation. Additionally, this configuration allows for easier maintenance and repair, as technicians can access and service each turbine easily along the structure.
Furthermore, trailing windmills can be tilted or rotated to optimize performance and adapt to changing wind patterns. This adjustability enables the turbines to generate power efficiently, even during low wind conditions. With advancements in technology, the use of trailing windmills has expanded, enabling harnessing wind energy in various environments and contributing to the growing renewable energy sector.
In summary, trailing windmills are a type of wind turbine arrangement characterized by a linear configuration of turbines along a supporting structure or beam. Their design enhances wind energy capture, reduces turbulence, facilitates maintenance, and allows for flexibility in adapting to wind patterns, making them a promising technology for generating renewable electricity.
