System Introduction: The photovoltaic module of this system is designed with a solar automatic tracking device, which can automatically follow the sun's movement and use imported servo drive motors to drive the mechanical rotating mechanism; The tracking system adopts a precision encoder to sample the action of the mechanism and improve the tracking accuracy; The adoption of the following system significantly improved the power generation efficiency of the components
System Introduction
The photovoltaic module of this system is designed with a solar automatic tracking device, which can automatically follow the sun's movement and use imported servo drive motors to drive the mechanical rotating mechanism; The tracking system adopts a precision encoder to sample the action of the mechanism and improve the tracking accuracy; The adoption of the following system significantly improved the power generation efficiency of the components.
Function Introduction
This system is designed as a modular whole for easy transportation and lifting, and can be directly exported overseas. After being transported to the project site, this system does not require any external power or manpower and can be deployed using its own energy storage system. Once deployed, the system starts generating electricity and users only need to connect the load.
The photovoltaic module of this system is designed with a solar automatic tracking device, which can automatically follow the sun's movement and use imported servo drive motors to drive the mechanical rotating mechanism; The tracking system adopts a precision encoder to sample the action of the mechanism and improve the tracking accuracy; The adoption of the following system significantly improved the power generation efficiency of the components.
Scenario application