Advantages of using photovoltaic drilling machines in tea plantations for construction on tea tree fields

The tea garden photovoltaic pile driver is a specialized pile foundation drilling equipment tailored for photovoltaic projects under tea gardens and complementary photovoltaic projects with agriculture. This machine highlights its core advantages of lightweight design that does not damage tea fields, precise drilling, efficient construction, and adaptability to narrow row spacing operations in tea gardens. It perfectly fits various types of photovoltaic support piles and fence protective piles for pre-embedded drilling in tea gardens, making it a core construction equipment for complementary photovoltaic projects in agriculture and forestry. Equipped with a lightweight and compact body design, it is small in size and flexible in transportation, requiring no large machinery on-site. It can freely shuttle between narrow row spacing and neat tea ridges in tea gardens, without crushing tea trees or damaging the soil and vegetation of the tea gardens. It truly achieves the dual purpose of photovoltaic construction and tea planting, completely solving the industry problem of traditional equipment damaging tea fields. The entire machine supports flexible operation by one or two people, with convenient steering, and is suitable for refined construction scenarios in tea gardens. Equipped with a high-torque fuel power system, it provides stable and abundant power output, easily handling complex geological conditions such as loose planting soil, compacted farmland soil, weathered soil in hilly tea gardens, and mixed soil with a small amount of gravel. It drills without jamming or getting stuck, with uniform footage. The standard configuration includes a thickened manganese steel quenched spiral drill bit, which is wear-resistant and impact-resistant, with smooth soil discharge. The drilled pile holes are uniform in diameter, with compact hole walls and high verticality, effectively avoiding tilting and loosening of the pile foundation after pre-embedding, and suitable for long-term stable erection of photovoltaic supports.