High precision Single Axis 2P Solar Tracking Controller
Company and Product
Good Future Smart Solar Tracking System is a device that drive the solar panels rotate toward the sun. Since the sun moves from east to west, to make more power generation, the system make PV panels track sunlight in east-west direction, it’s suitable for lower latitudes with high sun height angle.
Compare with fixed sun panel tracking, power generation efficiency of Smart Solar Tracking System is 20-30% higher and it can be installed at most ground level condition like sand and hills. Our single axis solar tracker includes mounting bracket for solar cell panel, horizontal shaft, rotation drive mechanism, wind speed detection device and tracking controller. Single axis solar tracker has one degree of freedom that acts as an axis of rotation. The axis of rotation of single axis trackers is typically aligned along a true North meridian. It is possible to align them in any cardinal direction with advanced tracking algorithm.
Working principle:
The self-powered solar tracking controller developed by Good future supports two power supply methods, one is to directly take power from the pv string, and the other is to bring a battery panel to power the control system alone.
Solar tracker controller is a system that tests and optimizes the tracking accuracy of single-axis solar trackers. It accurately monitors second by second the inclination of PV modules, analytically calculates the deviation from the optimal tilt, and generates the tilt-correction parameters delivering optimized alignment and maximized energy production.
Technical Parameters of Single Axis 2P Solar Tracking Controller
Technical parameters | |
Tracking Range | 士 60° |
Driving System | Slew drive, 28VDC motor |
Modules per Tracker | Max.90 modules per tracker |
System Voltage | 1000 V or 1500 V |
Ground Coverage Ratio | ≥ 25% |
Foundation Options | All foundation types |
Terrain Adaption | Up to 20% N-S slope |
Structure Material | Hot dip galvanized steel |
Power Consumption | 0.2-0.5kWh/day |
Power Supply Mode | Powered by PV strings, back-up lithium battery |
Standard Design Wind Speed | 18m/s |
Module Supported | All commercially available modules |
Operation Temperature | -40℃ - 70℃ |
Communication Options | LoRa wireless /RS 485 cable |
Night Position | Yes |
Advantage:
1. High tracking accuracy, average tracking accuracy is ≤1°
2. The interval time of continuous tracking is adjustable;
3. Can execute to scheduled homing position in cloudy day or at night;
4. Users can add external limit switch as needed;
5. Can move to scheduled position when there is wind ;
6. East-West orientation limiting ;
Function:
1. High reliability: It can handle freely in the area with serious electromagnetic interference. Its excellent electromagnetic compatibility design ensures high reliability operation of the system.
2. Intelligent wind resistance: It is automatically leveled to the initial position at night. At the same time, the system has a wind load protection interface and supports an external wind speed sensor, which can control the system to enter the maximum wind resistance state of the machine at any time.
3. Power-off memory: There is a backup battery inside the system, which can ensure that the system power-off data is not lost, and automatically enters the running state after power-on.
Product Application:
Single axis solar tracker is characterized by simple structure and low cost. It is suitable for lower latitudes with high sun height angle. Its power generation efficiency is 30% higher than fixed sun panel tracking. The solar tracking system can be installed at ground level or roof.
Business Scope:
1. Provide PV project related technical solutions to customers: from early planning to designing, from installation guidance to daily O&M, provide customers with complete technical support, technical consultation and training;
2. Selection, designing, manufacturing and installation guidance of the single-axis tracking system for PV power plant;
3. Complete supply chain of high-quality PV product components.
4. Research and development of emerging industries such as charging and energy storage.