Characteristics and uses of solar photovoltaic drilling rig

Solar photovoltaic drilling rig is a specialized engineering equipment developed specifically for drilling and pile foundation construction of photovoltaic power plants. It focuses on core advantages such as lightweight construction, wide geological adaptability, high efficiency and energy saving, precise drilling, and strong field adaptability. The core specialized equipment for the construction of centralized and distributed photovoltaic power stations is to solve the industry pain points of traditional drilling rigs being bulky, slow to transition, high in energy consumption, and unsuitable for photovoltaic construction on mountainous slopes. This equipment has extremely strong geological adaptability and can comprehensively cope with complex geological conditions such as loess layers, sandy soil layers, gravel layers, weathered rocks, and hard soil mixed with stones commonly found in photovoltaic construction sites. It can operate stably in flat Gobi deserts, open wastelands, as well as high and low undulating mountains and hilly slopes. The drilling aperture and depth of the equipment support stepless adjustment, which can adapt to different specifications of pile foundation construction needs such as small photovoltaic foundation piles, large photovoltaic spiral piles, steel pipe piles, etc. It is compatible with various drilling standards for household photovoltaics, industrial and commercial photovoltaics, and large ground power stations. The whole machine adopts a lightweight and compact structure, with a small footprint and moderate weight. It is equipped with a walking and moving device, which makes the transition flexible and convenient. It does not require the assistance of large lifting equipment and can directly enter remote construction sites and steep mountain slopes for construction, greatly reducing the restrictions on site entry.