The solar pile driver adopts a high-performance hydraulic system and a stable power structure, possessing strong piling capabilities and excellent construction stability. The equipment can adapt to various geological environments and supports the construction of photovoltaic piles of different specifications. It boasts advantages such as high construction efficiency, precise positioning, low labor costs, and adaptability to complex terrain, and is widely used in large-scale ground-mounted photovoltaic power stations, mountain photovoltaic projects, agricultural-photovoltaic complementary projects, and distributed photovoltaic engineering. If you are interested, please contact YG for a discount.
YG Solar Pile Driver Technical Parameter
| Hydraulic photovoltaic pile driver | |||
| Overall dimensions | 4700*2100*2800mm | Drill pipe rotational speed | 180r/min |
| Track shoe width | 400mm | gradability | 30° |
| motor | 4108 | rock hardness | 6-20F |
| Drilling diameter | 80-500mm | Slide tilt angle | 120° |
| Drilling depth | 0-6m | Drill arm swing angle | left and right150° |
| Reducer torque | 13000n.m | Slide swing angle | left and right40° |
| Mainstream pump | triple pump | Driving speed | 0-3km/h |
| oil pump | 40/40/32 | ||
| Crawler photovoltaic pile driver | |||
| Overall dimensions | 4700*2200*2800mm | Hydraulic hammer flow | 50-110L/min |
| Track shoe width | 400mm | Impact frequency | 350-800BMP |
| motor | 4108 | Hydraulic system pressure | 25mpa |
| Generator power | 88kw Motor | Strong wind for heat dissipation | yes |
| Drilling depth | 0-6m | oil pump | 40/40/32 |
| Drilling diameter | 80-600mm | Driving speed | 3km/h |
Case 1: Germany Customer – Hydraulic Photovoltaic Pile Driver
1. Customer Background
The customer is a professional new energy EPC contractor based in southern Germany, focusing on distributed residential and farm photovoltaic projects. They undertake numerous small-scale, scattered solar foundation construction projects and need a stable photovoltaic pile driver for long-term project contracting. They strictly follow European construction standards and pursue a low failure rate and high-precision piling equipment.
2. Problems
- Local sites are mostly farmland and suburban residential areas with limited working space; large piling machines cannot turn and work flexibly.
- European projects require high piling verticality and uniform depth; old equipment has unstable rotation speed, causing frequent hole deviation and rework.
- Local soil is mixed with clay and soft rock, requiring stable torque to ensure smooth penetration without pile tilt.
- Strict local environmental rules require low fuel consumption and low-failure construction equipment to avoid project delays.
3. Custom Solution
We recommended our hydraulic photovoltaic solar pile driver to match their project demands:
- Equipped with 13000N · m reducer torque and 180r/min stable rotating speed, perfectly suitable for clay and soft rock geology in Germany.
- Supports 80–500mm drilling diameter and 0–6m drilling depth, fully meeting standard residential solar pile foundation requirements.
- Features 120° slide tilt angle and 150° left-right drill arm swing angle, flexible enough for narrow farmland and suburban sites.
- Compact overall size 470021002800mm, easy to transfer between scattered small solar projects, improving equipment utilization.
4. Effect
- Adjustable multi-angle swing design adapts to narrow European construction sites, no need for site expansion, saving site arrangement cost.
- Stable hydraulic system ensures vertical piling rate up to 100%, greatly reducing rework rate and improving project acceptance efficiency.
- High torque output easily penetrates local mixed soil layers, continuous operation stability is significantly improved.
- Flexible transfer ability helps the customer finish more scattered projects, increasing annual construction volume by nearly 35%.
5. Customer Feedback
“This solar pile driver machine is very suitable for German distributed photovoltaic projects. The rotating speed and torque are stable, and the multi-angle adjustment design solves our narrow-site construction problems. Low failure rate fully meets local construction standards. We will continue to purchase solar pile driver for sale for our new solar renovation projects.”
Case 2: Dubai Customer – Crawler Photovoltaic Pile Driver
1. Customer Background
The client is a large local engineering company undertaking desert large-scale photovoltaic park construction in Dubai. Dubai solar projects are characterized by large-area desert terrain, high temperature, windy and sandy weather, and complex sandy and slightly hard rock strata. The customer needs durable, high-temperature resistant solar pile driver to complete large-volume foundation piling work.
2. Problems
- Desert high temperature over 50℃ easily causes equipment heat dissipation failure and hydraulic system overheating shutdown.
- Local sandy loose soil leads to unstable pile foundation, requiring high-frequency impact piling to ensure firm pile embedding.
- Partial desert areas contain hard rock with hardness up to 6–20F, ordinary equipment cannot drill smoothly.
- Large photovoltaic parks require continuous long-hour operation, ordinary machines have poor durability and low daily output.
3. Custom Solution
We matched our heavy-duty crawler photovoltaic pile driver for desert harsh working conditions:
- Built-in strong wind heat dissipation system, effectively solving high-temperature overheating problem in Dubai desert environment.
- Hydraulic hammer flow 50–110L/min and 350–800BMP impact frequency, ensuring compact and firm piling in loose desert sand.
- Supports 80–600mm drilling diameter and 0–6m depth, adapts to local 6–20F rock hardness, meeting diverse piling needs.
- 25Mpa stable hydraulic system pressure + 88kw high-power motor, supporting all-day continuous high-load operation.
- 400mm wide track shoe improves walking stability on undulating desert terrain, avoiding sinking and slipping.
4. Effect
- Independent heat dissipation system ensures stable operation under extreme desert high temperatures, no shutdown failure caused by overheating.
- High-frequency hydraulic hammer piling makes solar piles firmly fixed in sandy soil, effectively avoiding foundation loosening caused by desert wind and sand.
- High power and high torque design easily breaks local hard rock strata, greatly improving daily piling output.
- Crawler chassis adapts to undulating desert roads, realizing fast transfer in large photovoltaic parks.
5. Customer Feedback
“We are very satisfied with this photovoltaic pile driver. It runs stably in Dubai’s high temperature and sandy desert environment. The heat dissipation system works perfectly, and the high impact frequency ensures solid piling quality. This reliable solar pile driver machine greatly improves our construction efficiency, and we will purchase more units for our subsequent large-scale solar park projects.”
6 FAQs about YG Solar Pile Driver
A: The machine supports 0–6m drilling depth. The hydraulic model covers 80–500mm diameter, and the crawler model reaches 80–600mm, meeting most solar bracket foundation demands.
A: It adapts to 6–20F rock hardness, suitable for common soft rock, hard soil and partial hard rock strata in desert and suburban areas.
A: Absolutely. It supports 120° slide tilt angle, 150° left-right drill arm swing and 40° slide swing angle, flexible for limited working space.
A: It features 180r/min drill pipe rotating speed and 350–800BMP impact frequency, ensuring fast drilling and compact piling for solar projects.
A: With 400mm wide track shoe, 30° gradability and 0–3km/h driving speed, it adapts to sloped, muddy and undulating desert terrain.
A: It integrates high temperature resistance, multi-angle adjustment, high torque and high impact force. It fits high-intensity construction, with a low failure rate and high cost performance.
Solar Pile Driver Price-Choose YG Machinery
YG solar pile drivers are designed for global photovoltaic foundation construction. With stable hydraulic parameters, flexible angle adjustment, strong rock adaptability and high-temperature resistance, the solar pile driver machine solves common construction pain points such as narrow space, complex geology and extreme weather. It helps global new energy contractors improve piling quality, shorten project cycles and reduce operating costs, becoming the preferred construction equipment for worldwide photovoltaic power station projects. If you are interested, please contact YG for a discount.