In photovoltaic power station construction, the maximum pile driving depth of solar pile driver is a crucial parameter for evaluating equipment performance. Understanding the maximum pile driving depth of solar pile driver helps engineering teams select the most suitable equipment, ensuring construction efficiency and quality.

1. Core Factors Affecting Pile Driving Depth

The maximum pile driving depth of solar pile driver depends on several key configurations:

(1) Hydraulic hammer model (e.g., AR75/85/100mm)

(2) Engine power (85KW provides strong power)

(3) Hydraulic system pressure (22Mpa ensures stable output)

(4) These parameters collectively determine the maximum pile driving depth of solar pile driver.

2. Performance Advantages of Hengwang HWL600R

The Hengwang HWL600R is optimized for PV projects:

(1) Hydraulic hammer flow rate of 50-110L/min adapts to various geologies.

(2) Impact frequency of 350-800bmp improves pile driving efficiency.

(3) Total machine weight of 6200KG ensures operational stability.

(4) Optimized design achieves ideal maximum pile driving depth of solar pile driver.

3. Practical Application Value

Appropriate maximum pile driving depth of solar pile driver offers multiple benefits:

(1) Adapts to different PV site requirements.

(2) Reduces equipment replacement frequency.

(3) Enhances overall construction progress.

(4) Ensures the maximum pile driving depth of solar pile driver meets project needs.

4. Selection Recommendations

When choosing the maximum pile driving depth of solar pile driver, consider:

(1) Review project geological survey reports.

(2) Compare parameters of different hydraulic hammer models.

(3) Examine actual work cases of the equipment.