Views: 0 Author: Site Editor Publish Time: 2026-06-23 Origin: Site
Traditional rotary drilling rig construction has long relied on the manual experience of the operator, resulting in pain points such as no retention of construction data, lagging equipment operation and maintenance, vague energy consumption costs, and extensive on-site control. It is prone to problems such as hole deviation, sudden shutdown, fuel waste, and operation and maintenance overspending. With the comprehensive popularization of intelligent construction machinery, digital systems are fully integrated into the operation chain of rotary drilling rigs. From data collection throughout the construction process, remote intelligent equipment control, to refined cost reduction, traditional construction shortcomings are fully addressed, helping pile foundation engineering move towards a new stage of lean, unmanned, and digital management.
The digital vehicle terminal can automatically collect comprehensive construction data such as drilling depth, mast verticality, rotation torque, pressurization pressure, and geological changes throughout the process, completely breaking away from the extensive mode of relying on manual visual observation and manual recording in the past. The system analyzes construction parameters in real-time, and once abnormal data such as hole deviation, drilling overload, and hole collapse risk occur, it immediately issues warning prompts to assist the operator in quickly adjusting operations. At the same time, the construction ledger of each pile foundation is fully retained to achieve traceability throughout the entire process of pile foundation construction, facilitating supervision and acceptance, project review, and quality accountability in the later stage, significantly reducing the rework rate of pile foundations, and ensuring drilling accuracy and construction compliance.
Relying on the Internet of Things remote monitoring platform, management personnel can view the real-time location, operating time, working status, and component wear of each rotary drilling rig without leaving their homes. The system uses big data to predict potential faults in core components such as hydraulic systems, power heads, and drill rods, achieving preventive maintenance and replacing traditional post maintenance modes. At the same time, the platform can unify the management of multiple drilling rig scheduling, machine position scheduling, and operation hours, avoiding resource waste such as idle and ineffective idle equipment on the construction site, achieving cluster management and control of multiple devices, and effectively improving the overall equipment attendance rate and on-site construction operation efficiency.
The digital platform automatically calculates the full chain cost data of equipment fuel consumption, accessory wear, maintenance costs, labor hours, etc., and generates visual cost reports to clearly present the details of consumables and energy consumption for single pile foundation construction. The project party can accurately locate hidden cost loopholes such as fuel idle waste and unreasonable operation exacerbating component wear, and standardize the operating habits of machine operators accordingly. At the same time, relying on historical construction data, matching the optimal construction parameters of different strata, reducing energy consumption and accessory losses through standardized operations, compressing the three core expenditures of labor, fuel, and maintenance from the source, and achieving lean cost reduction.
Digital empowerment has broken the management bottleneck of experienced and fragmented construction of rotary drilling rigs, linking the three major sectors of construction quality, equipment operation and maintenance, and cost control, forming a data loop. In the future, with the combination of 5G, cloud based big data, and unmanned driving technology, unmanned rotary drilling rigs will gradually be implemented, further reducing human dependence and avoiding human operational risks. Digital transformation has become an inevitable trend in the pile foundation construction industry, helping construction companies improve quality, ensure safety, reduce costs, and comprehensively enhance the overall market competitiveness of projects.
