Experimental 2D simplified analysis of the wake velocity profile of a flat plate solar tracker in a defence position immersed in a uniform flow

The wake speed profile of a solar tracker 1s studied by analysing the wake deflection and dynamic pressure loss in the streamlines at a fixed distance downwind from the axis of the solar tracker. The defence angle is modified to analyse its influence on the tracker wake speed profile

​The wake speed profile of a solar tracker 1s studied by analysing the wake deflection and dynamic pressure loss in the streamlines at a fixed distance downwind from the axis of the solar tracker. The defence angle is modified to analyse its influence on the tracker wake speed profile Read More

Related posts:

Critical wind speeds in self-excited instability of single-axis flat solar trackers: comparison between sectional and full aeroelastic tests Parametric analysis of self-excited aeroelastic instability of an isolated-axis two-dimensional flat solar tracker Self-excited critical wind speed and uncertainty determinations Enhancing Frequency Regulation Support through Several Synthetic Inertial Approaches for WDPS Teen hackers aren’t the problem. They’re the wake-up call Australian scaleup to bring AI-led data protection to the MoD