Ve9 Vertical High Productivity Solar Tracker Slew Drive Applied In Flat Solar Tracking System

Description

Single axis slew drive used in flat single axis tracking system, which bracket is a north-south arrangement, east-west tracking system. According to the astronomical algorithm, the slew drive driven by motor will bear high torque to drive the whole system, so that the system can track the azimuth of the sun, as far as possible to improve the sun on the surface of the photovoltaic module irradiation, and thus increase the power generation.

Installing a solar tracking system to keep solar panels track the sun at all times can effectively improve the efficiency of solar energy, and when single axis trackers are installed in highly irradiated areas, increased energy production means that power stations can generate higher return on investment.

This is mainly based on the design principle of the tracking system, due to the impact of the rotation of the earth, for a fixed location on the Earth, the sun cycle throughout the year, its illumination angle is also constantly changing. The solar tracking system is installed to keep solar panels up to track the sun and increase the amount of solar radiation received by photovoltaic arrays, thereby increasing the overall capacity of solar photovoltaic power generation systems.

Slew Drive Technical Data

Motor Data

Rated Voltage V/DC: 24vdc

No-load speed RPM: 1200±10%

No-load current A: <0.1 A

Rated Torque N.M: 0.12

Speed RPM: 800±10%

Load current A:＜1A

Rated power W:＜10W

Gear output parameter:

Speed ratio: 399:1

Rated output torque N.M: 32

Output speed RPM: 2±0.5

Hall output: 2

Hall type: 40F/39

Hall input voltage V: 5~24

Wire Define:

1. Thick Red: Motor +

2. Thick Black: Motor -

3. Yellow Green: GND

4. Thin Yellow: hall B

5. Thin Red: hall +24V

6. Thin Black: hall GND

7. Thin Green: hall A

Technical Requirements

1. The motor should be flexible after assembly.

2. No abnormal noise when the power is turned on (the red line is connected to the positive pole of the power supply).

3. Axial clearance: No (can use wave crest recovery).

4. Withstand voltage test: 800VAC, 5mA, Is no breakdown, no flicker.

5. Insulation resistance: > 20MΩ.

Dimensions