If you have ever been involved in the equipment procurement for large-scale ground-mounted centralized photovoltaic power stations, you may have been confused by the diverse parameters of photovoltaic Drilling Rigs on the market. As an engineer who has been deeply engaged in the research and development of photovoltaic construction equipment for many years, the most frequent question I receive is: "Which Photovoltaic Drilling Rig is suitable for complex terrains such as deserts and mountains?" Today, I am delighted to introduce to you our company's newly launched YT593 Photovoltaic Drilling Rig, revealing the core advantages of this highly efficient construction equipment to help you make precise selections and achieve cost savings and efficiency improvements. In the field of photovoltaic foundation construction, the compatibility of equipment directly determines the construction efficiency and cost. Traditional drilling rigs are either bulky and difficult to turn flexibly or lack the climbing ability to handle complex terrains, which is a major pain point for many construction teams. The development of the YT593 photovoltaic drilling rig is precisely aimed at addressing these pain points. What's more, it inherits the core advantages of Excavator Converted Drilling Rigs, such as strong power and high stability, and has been specially optimized for photovoltaic construction scenarios, making the equipment both flexible and professional.
Many purchasers tend to fall into the trap of only considering power but not the size and compatibility. In fact, the external dimensions and weight of the equipment directly affect the pass rate of the site. The core size parameters of the YT593 photovoltaic drilling rig have been optimized through thousands of scene tests: the compact size of Length 6200*Height 3100*Width 2200mm enables it to flexibly move between the dense piles in photovoltaic power stations, avoiding equipment collision and damage; the Vehicle weight of 7500KG not only ensures the stability of the equipment during operation but also prevents site damage due to excessive weight. Coupled with a Travel speed of 0-3.5Km/h, it can not only meet the long-distance transfer requirements but also precisely control the operation speed, improving the positioning accuracy of the pile positions.
Adaptability to complex terrains is the core competitiveness of the photovoltaic drilling rig. The YT593 photovoltaic drilling rig has a minimum ground clearance of 310mm, which effectively avoids damage to the chassis when operating in areas with many rocks and shallow water, such as the Gobi and tidal flats, significantly reducing the equipment failure rate. More importantly, its outstanding performance of a 135° pitch angle of carriage and 50° pitch up enables a wider range of drilling angles, allowing it to handle both conventional flat ground photovoltaic pile drilling and mountain slope photovoltaic foundation construction with ease, without the need for additional site adjustments, and significantly improving construction efficiency.
In actual construction, the comprehensive performance of equipment often needs to be verified through multiple scenarios. We once conducted on-site tests in a photovoltaic project in a certain Gobi Desert in Northwest China. Compared with traditional drilling machines, the YT593 photovoltaic drilling machine reduced the completion time by 30% in the same number of pile construction tasks. This is not only due to its optimized power system, but also the reasonable design and parameter configuration of the machine body. It is worth noting that for the construction needs of some photovoltaic projects where there are rock areas around, this equipment can work in coordination with Drilling And Splitting Machines. First, the drilling machine completes the drilling, and then the splitting equipment is used to handle the rocks, achieving efficient rock breaking without damaging the surrounding environment. Compared with traditional blasting methods, it is safer and more environmentally friendly.
Some potential buyers may ask whether this drilling rig, which is specialized for photovoltaic construction, can also be used in other scenarios. The answer is yes. The core power module of the YT593 photovoltaic drilling rig has strong compatibility. If it is equipped with dedicated attachments, it can also be adapted to light mining operations. It can work with Mining Rock Splitters to complete the pre-treatment of small-scale mining rock extraction, further enhancing the equipment's utilization rate and reducing the user's overall investment cost.
As an engineer, I must remind everyone that when choosing a photovoltaic drilling rig, one should not rely solely on a single parameter. Instead, a comprehensive judgment should be made based on the project's terrain, pile type requirements, and construction efficiency goals. The launch of the YT593 photovoltaic drilling rig is precisely based on a deep understanding of different photovoltaic construction scenarios. Its compact size, powerful performance, and excellent terrain adaptability make it an ideal choice for large-scale photovoltaic power stations and complex terrain photovoltaic projects.
At present, the YT593 photovoltaic drilling rig has been officially put into mass production. We sincerely invite all purchasers and construction units to come for on-site inspection and testing. Choosing the right photovoltaic construction equipment can truly achieve cost reduction and efficiency improvement. We believe that the YT593 photovoltaic drilling rig will inject new impetus into the development of the photovoltaic industry with its reliable performance and efficient operation.
Jiangsu Aneng Drilling Equipment Technology Co., Ltd.
