The role of dampers in the failure of wind-induced torsional oscillation in solar trackers is to reduce the impact of such oscillations by providing damping effects, thus preventing system failure or performance degradation. Solar trackers are commonly used to adjust the angle of solar panels for optimal solar energy capture. However, strong winds can induce vibrations or torsional oscillations that may affect the accuracy and stability of the tracker.
Dampers work by absorbing vibrational energy and providing additional resistance to reduce torsional oscillations caused by wind. They are typically mechanical or hydraulic devices that adjust the system in response to wind forces, keeping it stable. The principle behind dampers is to dissipate energy to suppress vibration or motion, preventing it from exceeding safe limits or affecting performance.
In summary, dampers play a crucial role in enhancing the stability and wind resistance of solar trackers, ensuring that solar panels can effectively track the sun's position under various environmental conditions, thereby maximizing energy collection efficiency.
