Excavator converted into photovoltaic drilling rig

Is the photovoltaic drilling machine expensive and difficult to use? The ANNENG excavator conversion model is stable, economical and efficient. Please provide the text you would like translated.

Industry pain points directly addressed: The procurement cost of dedicated photovoltaic Drilling Rigs is high, and the idle rate is also high; ordinary Excavator Converted Drilling Rigs are roughly modified, with insufficient drilling accuracy; poor terrain adaptability makes it difficult to enter mountain photovoltaic projects. These problems cause the construction cost of photovoltaic power stations to soar, delay the construction period, and affect project profits. ANNENG's excavator converted into Photovoltaic Drilling Rig precisely solves these problems, with professional modification techniques, high-precision drilling, and strong terrain adaptability as its core. Compared with ordinary drilling rigs from excavators, it is more targeted, making photovoltaic drilling cost-effective, efficient, and reliable, and suitable for various photovoltaic project scenarios. Please provide the text you would like translated.

Product Description

The ANNENG photovoltaic drilling machine is a professionally modified device based on a high-quality excavator chassis, and it is by no means a simple conversion of an excavator to a drilling machine. By optimizing the drilling frame structure and precisely distributing power, its drilling stability and accuracy far exceed those of traditional modified drilling rigs, fully meeting the strict requirements of photovoltaic power station foundation drilling. The tracked chassis retains the original terrain advantages of the excavator, allowing stable passage on mountainous, hilly, and sloping terrains without the need for additional site leveling. Compared to dedicated wheeled photovoltaic drilling rigs, its terrain passability is increased by 35%. The equipment focuses on the core needs of photovoltaic drilling, with a drilling efficiency 40% higher than that of ordinary excavator converted drilling rigs. It is also compatible with small water well drilling and slope support drilling, offering multiple uses and reducing the risk of equipment idleness. The operation follows the logic of an excavator, enabling operators to quickly get started without additional training. Please provide the text you would like translated.

Technical Specifications

Rated power ≥ 150kW, maximum drilling depth ≥ 2.5m, drilling diameter 300-600mm, fully meeting the drilling requirements for photovoltaic pile foundations; drilling verticality error ≤ ±0.2%, ensuring the installation accuracy of photovoltaic modules. The reinforced drill frame is made of Q690 high-strength steel, with strong vibration resistance and no deviation during continuous operation; the drill pipe is made of wear-resistant alloy steel, with fatigue strength ≥ 850MPa, and its service life is 30% longer than that of ordinary drill pipes. The crawler chassis has a climbing ability of ≥ 30°, low ground pressure, and is less likely to get stuck in complex terrain; it is equipped with an intelligent drilling pressure adjustment system that automatically adjusts parameters when encountering hard rock, reducing the risk of getting stuck. The equipment has a moderate weight, is convenient for transportation, and the modified overall structure is compact, with a flexible operating radius, suitable for different spacing layouts of photovoltaic modules. Please provide the text you would like translated.

Product Features

1. Professional Conversion: Deeply optimized structure, offering higher precision and greater stability than ordinary Excavator Converted To Drilling Machine. Please provide the text you would like translated.

2.High cost performance: The modification cost of excavators is only 60% of that of dedicated Photovoltaic Drilling Rigs, and they can also be used for multiple purposes. Please provide the text you would like translated.

3.Terrain Master: The tracked chassis is compatible with various photovoltaic scenarios, ensuring smooth entry and no delay in the construction schedule. Please provide the text you would like translated.

Tips 

1.Before starting the work, adjust the drilling parameters according to the spacing of the photovoltaic modules and the specifications of the pile foundation. Use alloy drill bits in hard rock areas. Please provide the text you would like translated.

2.Regularly check the connection bolts of the drilling frame and the tension of the tracks to prevent loosening during high-intensity operations. Please provide the text you would like translated.

3.When transferring, disassemble the vulnerable parts of the drilling frame to protect the equipment from the impact of transportation and extend its service life. Please provide the text you would like translated.

Application scenarios

In large-scale ground-mounted photovoltaic power stations, it efficiently completes batch pile foundation drilling, coordinating with subsequent installation procedures to shorten the construction period. In mountainous distributed photovoltaic projects, the crawler chassis can easily traverse slopes, allowing operations without the need for road construction. For rooftop photovoltaic power station foundation reinforcement, its compact structure is suitable for confined spaces. In photovoltaic + agriculture composite projects, it features high drilling efficiency without delaying subsequent crop planting. Compared with dedicated photovoltaic drilling rigs, it has more prominent advantages in complex terrain projects. Please provide the text you would like translated.

Customer Benefits

Choosing the ANNENG modified drilling machine can save 40% of the equipment purchase cost compared to dedicated photovoltaic drilling machines. For a 200MW photovoltaic project, it directly saves 1.2 million yuan in equipment investment. The high-precision drilling ensures a 100% installation qualification rate of components, reducing rework costs. It has strong terrain adaptability, shortening the entry time for mountain projects by 3 days and improving overall construction efficiency by 25%. The multi-purpose feature of one machine reduces equipment idle rates. During non-photovoltaic seasons, it can be used for other drilling operations, increasing annual revenue by 80,000 to 100,000 yuan. Please provide the text you would like translated.

Customer Reviews and Recommendations

Manager Wang of the Photovoltaic Engineering Team said, "We spent a lot of money on a dedicated Photovoltaic Drilling Rig before. It was painful to see it idle. After switching to this modified ANNENG model, the cost was halved. It works even better on mountainous terrain than the dedicated machine, and the holes are drilled quickly and straight."

Captain Li of the construction team commented, "All our workers can operate excavators. This equipment is easy to handle, and no additional training is needed. It can drill 15 2.5-meter-deep photovoltaic holes in an hour, which is much faster than a regular Drilling Rig From Excavator."

Mr. Zhang, who purchased the equipment, recommended, "After comparing three modified drilling rigs, this one has the highest level of professionalism. It's not just a casual modification. Its precision and durability are reliable. I have recommended it for three photovoltaic projects, and the feedback has been excellent."