During the construction of photovoltaic power stations, many teams often encounter problems with drilling operations: either the Drilling Rig is difficult to move, making it slow to transfer across the open photovoltaic sites and delaying the overall project schedule; or the drilling depth and precision do not meet the requirements, affecting the installation quality of the photovoltaic supports; or it is difficult to coordinate with other equipment and incompatible with Excavator Converted Drilling Rigs, Drilling And Splitting Machines, etc., resulting in a disconnection in the operation process. These problems not only lower the construction efficiency but also may affect the subsequent stable operation of the photovoltaic power station, causing great headaches for the project party.
To address these challenges, ANNENG's YT593 Photovoltaic Drilling Rig is a reliable solution. It is specifically designed for photovoltaic drilling, with flexible movement, capable of quickly transferring across photovoltaic sites, significantly reducing transfer time; it has high drilling accuracy and meets the depth requirements, precisely meeting the installation needs of photovoltaic supports, ensuring construction quality. At the same time, it can work in coordination with Excavator Converted Drilling Rigs, Down-The-Hole Drilling Rigs, etc., forming a complete photovoltaic construction chain, capable of handling both large-scale photovoltaic power station foundation drilling and local operations of small photovoltaic projects. After being put into use, it not only improves the efficiency of photovoltaic drilling but also ensures the construction quality, helping the photovoltaic project advance rapidly and laying a solid foundation for the subsequent stable power generation of the power station.
Product Features
Efficient and flexible adaptation to photovoltaic scenarios: The YT593 Photovoltaic drilling rig has a compact body design and excellent mobility, capable of smoothly moving and quickly transferring across photovoltaic sites, being more suitable for open and multi-point drilling photovoltaic construction scenarios than ordinary drilling rigs, reducing time waste.
Precise drilling and high quality: Using professional photovoltaic drilling technology, it can precisely control the drilling depth and verticality, meeting the strict requirements for photovoltaic support installation, avoiding installation skewing due to non-compliant drilling, and ensuring the subsequent stable operation of the photovoltaic power station.
Strong compatibility and strong collaboration: It can be used in conjunction with Excavator Converted Drilling Rigs, Drilling And Splitting Machines, Down-The-Hole Drilling Rigs, etc., integrating into the entire photovoltaic construction process, without the need for separate equipment adaptation adjustments, enhancing overall operational continuity.
Tips
Before construction, adjust the drilling machine parameters according to the drilling requirements of the photovoltaic project (such as depth and hole diameter) to ensure compliance with construction standards; during transfer, check the condition of the drilling machine's tracks or tires to avoid equipment failure affecting the transfer efficiency.
During daily maintenance, regularly clean the dirt and impurities on the drilling components of the drilling rig, inspect the wear of the drill bit, and replace it in time if the drill bit is severely worn to avoid affecting drilling accuracy and efficiency; before long-term storage, perform rust prevention treatment on the equipment and store it in a dry and ventilated place.
Jiangsu Aneng Drilling Equipment Technology Co., Ltd.
