New Scenarios in Photovoltaic Foundation Construction: Anteng V250 Excavator-Mounted Hammer Supports Pile Foundations on Water and Land

As the global energy structure accelerates its transition, clean and green solar power is becoming an important direction for future energy construction. From centralized land-based photovoltaic power stations to floating PV, tidal-flat PV and fishery-solar complementary projects, demand for photovoltaic foundation construction continues to grow. Large numbers of PV support piles must be driven quickly, stably and accurately into the foundation, placing higher requirements on construction equipment efficiency, flexibility and site adaptability.

Pile foundation construction in PV projects has several obvious features: a large number of pile positions and a fast construction rhythm; wide site distribution requiring frequent equipment transfer; some projects located in ponds, tidal flats, soft-soil foundations or waterside areas where traditional large piling rigs have limited access; and support piles that usually require stable verticality and high construction efficiency to ensure the quality of subsequent PV module installation.

For these working conditions, the Anteng V250 excavator-mounted hammer demonstrates strong applicability. The V250 can be mounted on the front end of an excavator and relies on the excavator's flexible movement and hydraulic system output. Through high-frequency vibration, it reduces resistance between the pile and soil, allowing PV support piles to sink more smoothly into the strata. Compared with traditional construction methods, the excavator-mounted hammer offers easier site entry and more flexible transfer, turning originally complicated piling work into a more efficient and convenient process.

At floating PV construction sites, the V250 works with modern excavators on water-area platforms, with multiple PV foundation piles already installed nearby. Such projects are often located in low-lying wetlands, where construction platform space is limited and the foundation is soft, placing high demands on equipment stability and operating flexibility. The Anteng V250 can complete pile clamping, holding, positioning and vibrating operations within limited working areas, helping contractors improve single-pile construction efficiency and reduce time lost from frequent equipment adjustment.

Although individual PV foundation piles may not be large, the total number of piles in a project is often substantial, and construction efficiency directly affects the grid-connection schedule. With efficient vibration output, flexible site-transfer capability and strong site adaptability, the Anteng V250 excavator-mounted hammer can serve floating PV, land-based PV, fishery-solar complementary projects, tidal-flat PV and many other new-energy foundation works.