Photovoltaic Drilling Rigs break the deadlock: a new era of green mining
Industry pain points
Traditional mining equipment often consumes a lot of energy and produces high carbon emissions. In remote mining areas, unstable power supply and poor terrain adaptation are common challenges. In complex environments like mountainous or frozen soil areas, low mining efficiency and high construction costs have become major obstacles to development.
Your troubles
Have Drilling Rig failures delayed your construction schedule? Is high energy consumption increasing your operating costs? Is it difficult to carry out efficient mining under complex geological conditions? These issues may be quietly eating into your profits.
Our solution
The advanced photovoltaic down-the-hole drill rig is designed to completely transform the traditional mining approach. Powered by photovoltaic direct drive technology, and combined with pneumatic motors and intelligent control, this equipment offers a more sustainable and efficient solution. Its innovative three-axis structural design (Y-axis adjustable fixture + X-axis servo system) significantly reduces the equipment’s size, while the wheeled chassis makes it easy to transport in mountainous areas. The Yunnan project has demonstrated 58 hours of continuous trouble-free operation.
Actual effect
1. Energy saving and cost reduction: By using photovoltaic power, the equipment reduces reliance on fossil fuels. In a 200MW project in Inner Mongolia, construction costs were reduced by 18%, and carbon emissions dropped by 40%.
2. Efficiency leap: The rig can complete 25 standard holes (110mm×3m) per hour—10 times faster than manual work. High-pressure wind and water linkage hole cleaning also improves efficiency by 60%.
3. Intelligent stability: With an air pressure adaptive module (0.7–1.2MPa) and multi-stage shock absorption (47% vibration reduction), the equipment remains stable even in complex geological conditions.
Product value and use
This equipment is widely used in open-pit mining, mountain photovoltaic power station construction, urban infrastructure pile foundation engineering, and environmental governance. When converted from an excavator, the drilling rig becomes a multi-functional machine that significantly improves terrain adaptability. Combined with Drilling And Splitting Machines, it can increase hard rock crushing efficiency by 3 times.
Product features
1. Photovoltaic direct drive, green energy saving: Reduces reliance on traditional energy sources and supports the "dual carbon" goals.
2. Three-axis structure, strong terrain adaptability: Wheeled chassis and adjustable clamp make it suitable for mountainous and frozen soil areas.
3. Intelligent control, stable and efficient: Air pressure adaptation and multi-level shock absorption reduce the failure rate by 65%.
4. Modular design, convenient maintenance: Drill bit replacement takes only 10 minutes, and the three-level air path filtration system makes maintenance easier.
Tips
1. Clean the photovoltaic panels weekly to ensure optimal power generation efficiency.
2. Check the drill bit coating every 800 holes and replace it in time to maintain drilling accuracy.
3. Prioritize terrain modification when operating in mountainous areas to improve passability and efficiency.
4. Use a drilling splitter for hard rock crushing to increase efficiency by 3 times and reduce the risks associated with blasting.
Through technological innovation and scene adaptation, advanced photovoltaic Down-The-Hole Drilling Rigs are reshaping the mining ecology with their high efficiency, energy saving, and intelligence, providing core power for the sustainable development of the industry. 
Jiangsu Aneng Drilling Equipment Technology Co., Ltd.
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