As a core project of the Saudi government's key new energy strategy, this large-scale photovoltaic power plant project carries the important mission of regional energy structure transformation and sustainable development.
The project has a large planned installed capacity and stringent construction schedule, requiring the completion of large-scale photovoltaic pile foundation construction within a short period. Simultaneously, the construction area features a typical complex geological structure of sandy soil interspersed with hard rock layers.
The loose sand easily generates large amounts of dust during construction, polluting the environment and potentially affecting equipment operating efficiency and the health of construction workers. The hard rock layers place extremely high demands on the drilling rig's rock-breaking ability and stability; traditional equipment struggles to balance construction efficiency, geological adaptability, and environmental standards.
A dedicated photovoltaic drilling rig is urgently needed, possessing strong rock-breaking capabilities and adaptability to sandy soil, capable of efficiently handling complex geological conditions and ensuring construction progress.
Strict dust pollution control is required during construction to meet local Saudi environmental regulations and protect the on-site working environment and personnel health.
The core objective is to shorten the single-pile construction cycle, increase the daily output of a single machine, and ensure the project is delivered smoothly within the tight schedule.
Based on the project's geological characteristics and the client's core needs, our company has tailored a comprehensive solution for the TAIYE-375D-DTH-II photovoltaic drilling rig:
The core equipment is the TAIYE-375D-DTH-II photovoltaic drilling rig, equipped with a high-power hydraulic system and a high-efficiency impactor. This equipment boasts strong rock-breaking capabilities and can flexibly adapt to complex geological conditions, including sandy soil and hard rock formations, achieving continuous and stable drilling. Optimized drill rod structure and drilling parameters significantly improve drilling efficiency and reduce equipment wear.
A customized high-efficiency dust collector is included, employing "source adsorption + multi-stage filtration" technology. Closely integrated with the drilling rig's operating process, it precisely captures dust at its source, effectively preventing sand and soil diffusion and ensuring environmental compliance.
Leveraging the core advantages of customized solutions, the project achieved breakthroughs in both construction efficiency and environmental protection:
●Significantly Improved Construction Efficiency: Daily output per machine increased by 35% compared to industry norms; the average construction time for each photovoltaic pile was reduced to 3 minutes, efficiently completing large-scale foundation construction tasks and providing a solid guarantee for the project's timely progress;
●Environmental Performance Meets Standards: Dust emissions were reduced by 40% compared to traditional construction methods; the air quality at the construction site met Saudi Arabia's local environmental standards, protecting the ecological environment and creating a safe and healthy working environment for construction workers;
Geological Adaptability is Outstanding: The equipment performed stably in complex geological conditions with alternating sandy soil and hard rock layers, without issues such as drill jamming or efficiency reduction, ensuring construction continuity.
"The TAIYE-375D-DTH-II photovoltaic drilling rig and dust collector solution completely exceeded our expectations! Under complex geological conditions, it not only significantly improved construction efficiency but also perfectly solved the dust pollution problem, helping us complete key project milestones on schedule. It is a trustworthy and high-quality partner!" — Project Manager of a Saudi Arabian New Energy Project
