6'' Slew Drive Gearbox with 12x12 Main Torque for Solar Tracking System

Adaptable Solar Tracking Drive Description

Adaptable Solar Tracking Drive for Various Panel Configurations: The versatility of the solar tracker slewing drive makes it adaptable to different solar panel configurations and array layouts. Whether used in single-axis or dual-axis tracking systems, its modular design allows for seamless integration into various solar energy projects. This adaptability makes it a preferred choice for solar installations with diverse tracking requirements and design specifications.

1. Parameters of VE Series Slewing Drive

   Model	Ratio	Rated Output Torque(N.m)	Tilting Torque (N.m)	Holding Torque (N.m)	Axial Load (kN)	Radial Load (kN)	Efficiency	Precision (°)	Self-locking	Weight (kg)
   3"	31:1	600	1500	1800	22	15	40%	≤0.1	Yes	12
   5"	37:1	800	5000	9200	16	27	40%	≤0.1	Yes	18
   7"	57:1	1750	7000	13200	34	58	40%	≤0.1	Yes	32
   8"	51:1	2250	11200	20400	50	80	40%	≤0.1	Yes	28
   9"	61:1	2250	16000	30800	60	130	40%	≤0.1	Yes	52
   12"	78:1	4300	25000	40560	77	190	40%	≤0.1	Yes	65
   14"	85:1	5600	48000	44200	110	230	40%	≤0.1	Yes	88
   17"	102:1	6750	67000	53040	142	390	40%	≤0.1	Yes	135
   21"	125:1	16000	89000	65000	337	640	40%	≤0.1	Yes	192
   25"	150:1	21450	112000	89000	476	950	40%	≤0.1	Yes	251

Advantages

1. High backholding torque to improve the solar tracking system's safety

2. Hard stop inside in case the mulfunctioning of the software control system

3. Enveloping worm drive inside

4. Multi tooth contact to ensure high load

5. Self-locking function

Applications

Utility-Scale Solar Power Plants: Solar tracker slewing drives play a vital role in utility-scale solar power plants, where large arrays of solar panels need to efficiently track the sun's movement. These drives enable precise and continuous adjustment of solar panels, optimizing energy capture and enhancing the overall efficiency of the solar power plant. The ability to follow the sun's path maximizes electricity generation, making these slewing drives crucial for large-scale renewable energy projects.