Working principle of photovoltaic spiral pile driver

The working principle of the photovoltaic spiral pile driver is to drive the spiral blades to rotate through a motor, and screw the ground pile into the ground. Specifically, the spiral pile converts

electrical energy into mechanical energy through the friction between its internal spiral structure and the soil, thereby implanting the ground pile underground

Composition and working process of photovoltaic spiral pile driver

The photovoltaic spiral pile driver is mainly composed of core components such as solar panels, DC motors, spiral pile bodies, and energy storage batteries. On a clear day, solar panels absorb

sunlight and convert it into direct current electricity, which is then transmitted to a direct current motor to drive the spiral pile to rotate. Spiral piles store electrical energy in the form of

mechanical energy underground through rotation, forming a special energy storage mechanism

Application scenarios and advantages of photovoltaic spiral pile driver

In the field of photovoltaic power generation, spiral pile drivers are widely used for installing structures such as photovoltaic panels and photovoltaic brackets. Its advantages include simple

operation, fast construction speed, minimal soil disturbance, etc., which can reduce the impact on the surrounding environment. In addition, the spiral pile driver is suitable for portable small-

scale construction and short distance movement, as well as tracked type for large-scale construction and long-distance movement