Bofang F-2000V

Bofang F-2000V single row independent push rod driven AI intelligent tracking system adopts the design of component double row vertical cube and multiple push rods drive, which makes the system more stable, strong wind resistance, and can park at 0 degree for gale protection. The component layout of double row vertical cube and optimized pile spacing design make it more advantageous in the long pile foundation composite photovoltaic power station projects such as agriculture, light, fishing and light, which can greatly reduce the unit megawatt consumption of pile foundation and save the corresponding construction cost.
产品特点:
AI intelligent control algorithm
Optimize dynamic tracking angle
DC series power supply
Lithium battery backup
Adopt long-distance low-power consumption
Wireless transmission technology
Strong adaptability to slope
The north-south slope is up to 20%
Multi-push rod drive
Improve wind resistance.
Double-sided assembly
best partner
Fewer pile foundations
More group strings
Improve power generation and IRR
Shorten the payback period of investment
Bofang F-2000V parameter table
Tracking form

F-2000V single row independent push rod driven AI intelligent tracking system

Tracking angle range ±60°
Driving gear Push rod multi-point drive
Component arrangement Put two pieces vertically
Number of components of single tracking system Support installation of 120 components
System voltage 1000V or 1500V
Land utilization rate (GCR) ≥32%
Pile foundation form Hammer-in pile, cast-in-place pile and cement foundation
Construction material Hot-dip galvanized pre-galvanized magnesium-aluminum-zinc coated steel
Power supply mode Series self-powered, lithium battery standby
Daily power consumption of system 0.04kWh/day
Design wind resistance 105 mph (47 m/s) (asce7-10); which can be designed according of the wind speed for the project
Component type Compatible with all components
Operating ambient temperature -20 to 60℃ (-30 to 60℃ optional)
Maximum working wind speed 18m/s
Control system parameters
Control system Each tracker is equipped with a control box.
Control mode Astronomical algorithm+position sensor closed-loop control +AI algorithm
Tracking accuracy ≤2°
Power supply mode Series power supply, independent panel power supply and AC power supply
Communication method Wireless communication RS485 wired communication
Inverse tracking AI intelligent inverse tracking
Gale protection mode Have
Heavy rain cleaning mode Have
Snow removal mode of heavy snow Have
Night return mode Have