Advancements in mechanical engineering greatly influence every sector, including solar power generation, through the use of dedicated bearings. The development of alternative energy sources has made solar energy one of the fastest-growing and most trusted sources of renewable power worldwide. But at the same time, most industries, businesses, and private individuals focus only on the components that do the work and overlook bearings in solar power systems.
Without solar bearings, systems lose performance, increase O&M, and incur accelerated equipment depreciation.
According to the IEA report, solar PV capacity will become the largest installed capacity of electricity generation in the world in the near future.
Using premium bearings from a reputable **bearing manufacturing company** will reduce the total downtime of your solar installation, increase tracking accuracy, and even extend the service life of your installation.
This comprehensive blog will cover the different types of bearings used in solar applications, their features, and the parameters that influence their choice.
Although solar panels have an image of being stationary, many solar systems contain movable parts.
Solar systems use tracking systems to rotate solar panels to reflect the position of the sun for optimum solar capture.
Tracking systems use actuators, motors, gearboxes, and many other augmenting parts that also use bearings. More bearing types provide improved accuracy of the solar power system at a lower cost and stress to the moving parts.
This reduces energy generation and increases maintenance costs. The use of high-quality bearings enables users to get several advantages, including:
Rolling resistance is directly correlated with tracking motor power consumption. Lower rolling resistance reduces the necessary tracking motor power consumption.
The higher performance of bearings becomes a larger concern for solar markets due to increased market demands for high return on investment.
Bearing Selection For Solar Power Systems