Description
* Higher torque output holds more PV modules for cost reduction
* Two driving piles and two fixed support points to increase structural strength, that can confronting larger external forces and loads
* Electrical synchronous control makes the tracker accurate and efficient, avoid drive asynchrony caused by mechanical synchronization and reducing distortion and damage to the mechanical structure as a result
* Multi point self-locking protection makes the structure stable, which can resist greater external load
* Big scale of DC power capacity of each tracker, less mechanical structure can hold more solar modules
* Use one Synwell tracker controller to control the whole system, increases more protection mode to ensure the stable operation
* Used in conjunction with traditional single drive tracker to meet the layout requirements of different photovoltaic area boundaries
Components Installation |
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Compatibility | Compatible with all PV modules |
Quantity of modules | 104~156(adaptability),vertical installation |
Voltage level | 1000VDC or 1500VDC |
Mechanical Parameters |
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Drive mode | DC motor + slew |
Corrosion-proofing Grade | Up to C4 corrosion-proof design(Optional) |
Foundation | Cement or static pressure pile foundation |
Adaptability | Maximum 21% north-south slope |
Maximum wind speed | 40m/s |
Reference standard | IEC62817,IEC62109-1, |
GB50797,GB50017, | |
ASCE 7-10 | |
Control parameters |
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Power supply | AC power/ string power supply |
Tracking rage | ±60° |
Algorithm | Astronomical algorithm + Synwell intelligent algorithm |
Accuracy | <1° |
Anti Shadow Tracking | Equipped |
Communication | ModbusTCP |
Power assumption | <0.07kwh/day |
Gale protection | Multi stage wind protection |
Operating mode | Manual / Automatic, remote control, low radiation energy conservation, Night wake mode |
Local data storage | Equipped |
Protection grade | IP65+ |
System debugging | Wireless+mobile terminal, PC debugging |