The difference between square spiral ground piles and photovoltaic spiral ground piles

The main differences between square spiral ground piles and photovoltaic spiral ground piles lie in their definitions, application scenarios, and functions.

Definition and Structure

Square spiral ground pile: This type of ground pile usually consists of a central steel shaft and several square spiral blades. Its design enables it to work stably in various geological

environments, making it particularly suitable for situations that require quick installation and disassembly

Photovoltaic spiral ground pile: This is a device that integrates support and power generation by placing photovoltaic panels on top of the spiral ground pile. It not only provides basic support

functions, but also utilizes solar power generation, which has the characteristics of environmental protection and energy conservation

Application scenarios

Square spiral ground pile: mainly used for foundation support in construction engineering, foundation reinforcement in roads, bridges, docks, tunnels and other projects, as well as earthwork

reinforcement in oil fields and marine engineering, and fixation of submarine pipelines. It is suitable for various soil types, including clay to rock, with simple, convenient, and fast installation,

without the need for on-site welding or processing

Photovoltaic spiral ground pile: mainly used in fields such as solar power generation, urban public lighting, traffic signals, etc. By arranging photovoltaic panels, it can provide clean and

renewable energy suitable for various geological environments, but it needs to be kept clean to maintain efficient power generation

Advantages and disadvantages

Square spiral ground pile:

Advantages: Fast and economical construction, easy quality control, environmentally friendly and recyclable, suitable for all soil types

Disadvantages: Lack of customized standards, uneven quality and service, and need to verify anti-corrosion performance

Photovoltaic spiral ground pile:

Advantages: It has the function of photovoltaic power generation, provides renewable energy, is environmentally friendly and does not produce emissions and noise, and is suitable for various

geological environments

Disadvantages: Requires high investment costs and requires cleanliness to maintain efficient power generation