SE1 Worm Gear Slewing Ring Single Axis Smart Solar Tracking System

SE1 Worm Gear Slew Drive Open Filed Single Axis Smart Solar Tracking System

Worm Gear Solar Slew Drive Description

With the rapid development of the photovoltaic industry, the development and construction of photovoltaic power plants mainly have two goals, reducing costs and increasing efficiency and achieving grid parity. An effective way to ensure the investment income of photovoltaic power plants is to improve the power generation efficiency and the reliability of power plant operation. The photovoltaic intelligent tracking system that purchases the slewing drive device can not only improve the power generation efficiency, but also has a good adaptability to complex terrain.

Our Advantages

1. ISO 9001:2008 certificate

2. High qualified material, low MOQ, excellent quality, competitive price

3. Standard or non-standard both are acceptable

4. OEM available

5. Stronger loading capacity, huge axial and radical force capacity

6. Independent R&D team

7. Strict QA, QC management

8. Sufficient stock

9. Short lead time, fast delivery time

Parameters of SE1 Slewing Drive

Remark:

1. For more detailed dimensions and parameters, please refer to our sales drawings.

2. Special design based on different applications and projects
3. Different types of motors could be matched, such as hydraulic motors, stepper motors, electrical motors etc.
4. Different colors are available based on RAL code; our standard color is RAL 9006.

Applications

Three slewing drive solar single-axis tracking forms:
There are generally three forms of solar uniaxial tracking: the axis is inclined east-west tracking, the oblique uniaxial tracker, the axis is horizontally arranged in the north-south direction, and the flat uniaxial tracker is in the east-west direction; These three methods are basically north-south or east-west tracking along a single-axis rotation, and the working principles are basically similar.

Solar Biaxial vs Uniaxial Comparison
If the sun can be tracked in both the sun's altitude and azimuth, the most solar energy can be obtained, and full tracking, that is, dual-axis tracking, is designed according to such criteria. Compared with the optimal inclination angle power generation system, the dual-shaft power generation can increase by 25% to 40%. Due to the relatively high cost of dual-axis trackers, flat single-axis trackers are widely used in a large number of areas.