Q&A
Photovoltaic dual axis tracking controller
1.High precision:The tracking system uses high-precision astronomical algorithms to calculate the sun's angle,combined with a high-performance microcontroller(DSP core),making the system's calculation position accurate and reliable,and able to adapt to various operating environments,without being affected by rainy or cloudy days.
2.Intelligent feedback:Using international first-class brand tilt sensors,real-time closed-loop feedback of bracket tracking angle,fully automatic tracking,without manual intervention.
3.High power generation:The self-developed reverse tracking algorithm further improves power generation efficiency,models based on different terrain obstacles,and sets algorithm optimization strategies.Ensure that the battery panel always operates in a shadow free state,improve the power generation of the battery panel,and extend its service life.
4.Multi point drive:Advanced CAN bus communication scheme,high-speed and reliable communication,capable of synchronously controlling the start and stop of 32 controllers for long-term operation in an environment of-40~+125 degrees.Multi point drive effectively improves the wind resistance performance of the bracket and significantly reduces the steel consumption of the bracket.This reduces the cost of LCOE and increases the popularity of tracking systems in photovoltaic brackets.
5.Dual drive:One controller can synchronously drive two motors to rotate simultaneously,achieving one drive two control.When the bracket is driven by dual motors,low-cost investment can be achieved.
6.Power supply compatibility:The tracker is compatible with all power input methods,providing 1500VDC input on the DC side of the battery board,220VAC,800VAC on the AC side,etc.,providing a more flexible solution for power station design.
2.Intelligent feedback:Using international first-class brand tilt sensors,real-time closed-loop feedback of bracket tracking angle,fully automatic tracking,without manual intervention.
3.High power generation:The self-developed reverse tracking algorithm further improves power generation efficiency,models based on different terrain obstacles,and sets algorithm optimization strategies.Ensure that the battery panel always operates in a shadow free state,improve the power generation of the battery panel,and extend its service life.
4.Multi point drive:Advanced CAN bus communication scheme,high-speed and reliable communication,capable of synchronously controlling the start and stop of 32 controllers for long-term operation in an environment of-40~+125 degrees.Multi point drive effectively improves the wind resistance performance of the bracket and significantly reduces the steel consumption of the bracket.This reduces the cost of LCOE and increases the popularity of tracking systems in photovoltaic brackets.
5.Dual drive:One controller can synchronously drive two motors to rotate simultaneously,achieving one drive two control.When the bracket is driven by dual motors,low-cost investment can be achieved.
6.Power supply compatibility:The tracker is compatible with all power input methods,providing 1500VDC input on the DC side of the battery board,220VAC,800VAC on the AC side,etc.,providing a more flexible solution for power station design.