How to change the angle of the cell panel with the light angle to improve the photovoltaic conversion rate. This requires the use of a rotary drive device, which can change the position and angle of the battery panel to achieve the change of the solar light perpendicular to the light intensity of the battery panel, thereby improving the photovoltaic conversion rate. Today we will talk about the function and application of slewing bearing in solar slewing drive.
There are many names for the rotary drive device, and there is no unified name at present. If it is called: rotary gear device, rotary drive device, rotary drive, rotary reducer, rotary drive unit, etc. The device is composed of worm, slewing bearing, housing, motor and other components. Slewing drives can be basically divided into single worm drive slewing drives and double worm drive slewing drives. It is based on a slewing bearing, has a strong overturning moment, and adopts a highly wear-resistant worm gear transmission. The smooth transmission enables the user’s device to have higher reliability. The use of worm drive, multi-tooth contact can drive larger loads, and it also has a static self-locking function. The device can also be widely used in construction machinery and new energy fields such as heavy-duty flatbed trucks, container cranes, truck-mounted cranes, aerial work vehicles, and solar power generation systems for sun patrols.
The slewing device can realize horizontal tracking, tilt tracking and vertical tracking. Horizontal tracking is suitable for use in areas with latitudes below 30 degrees, and can increase power generation by 20%-30%. Tilt tracking and vertical tracking are suitable for use in areas with latitude higher than 40 degrees, which can increase power generation by 25%-35%.
The slewing drive is a gearbox that can safely hold radial and axial loads, as well as transmit a torque for rotating. The rotation can be in a single axis, or in multiple axes together. Slewing ring drives are made by manufacturing gearing, bearings, seals, housing, motor and other auxiliary components and assembling them into a finished gearbox. The slewing drive uses precision kinematics to provide a large proportion of single-stage gearing. Bearings and gears are assembled into a small, self-contained, and ready-to-install case to optimize weight and performance. These highly adaptable products also feature robust shock resistance, long life performance, smooth rotation, bearing protection and sealed drive options. As an experienced slew drive manufacturer, we have the capability to provide high quality slew drives.
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