Heavy-Duty Custom Made Photovoltaic Floor Piles with Hot-DIP Galvanizing

• Customization: Available
• Start Mode: APP Control
• Charge Method: Normal Charge
• Model NO.: 1-1
• Installation: Floor Type
• Location: Public Use
• Number of Charging Interfaces: One Pile with One Charge
• Material: Q235
• Model: Custom Made
• Processing Process: Hot DIP Galvanizing
• Transport Package: Container Container
• Specification: 1-10
• Trademark: huilin
• Origin: Handan, Hebei
• HS Code: 0101101010
• Production Capacity: 50000

Product Description

Presenting a groundbreaking innovation in the realm of green energy: the Photovoltaic Ground Pile. This revolutionary equipment harmoniously blends photovoltaic power generation with a robust ground pile foundation, heralding a new era of eco-friendly energy solutions. Below is an in-depth exploration of the features and benefits of photovoltaic ground piles:

1, Main Functions and Purposes

1. Support and Fixation: As the bedrock of photovoltaic arrays, these ground piles offer unwavering support and secure fixation, ensuring both the stability and the safety of photovoltaic modules in all conditions.

2. Power Generation and Energy Storage: By elegantly integrating photovoltaic panels atop the ground piles, solar energy is adeptly converted into electrical power, championing the use of renewable resources. This electricity is then stored efficiently, ready to charge electric vehicles and power various equipment seamlessly.

3. Protection and Lightning Protection: These ground stakes provide a formidable defense, shielding photovoltaic modules from harsh weather while their grounding features amplify lightning protection, enhancing overall system safety.

2, Type and Structure

1. Type: Tailored to meet geological conditions and design specifications, a variety of photovoltaic ground piles are available, including steel ground piles, concrete ground piles, and spiral ground piles, each with distinct advantages.

Steel Ground Pile: Crafted from angle steel, steel plates, and screws, these piles are renowned for their ease of installation and minimal maintenance requirements, making them ideal for transient applications.

Concrete Foundation Pile: Constructed with reinforced steel, concrete, and formwork, these piles boast structural robustness, perfect for enduring usage, particularly in regions where high structural integrity is paramount.

Spiral Pile: Featuring a unique spiral design, these can be swiftly screwed into the ground using a pile driver, offering rapid construction capabilities, ideal for diverse soil types, especially in soft or sandy terrains.

2. Structure: Photovoltaic ground piles are meticulously designed, comprising both underground and above ground components. The subterranean section ensures a firm anchorage deep in the soil, while the above ground section facilitates the mounting of photovoltaic panels and other essential apparatus.

3, Working Principle

The essence of photovoltaic ground piles lies in their ability to harness solar energy through photovoltaic cells, transforming it into electrical power. Upon sunlight exposure, photovoltaic panels adeptly convert light energy into direct current electricity, which is seamlessly relayed through cables to the power grid or storage equipment.

4, Installation and Maintenance

1. Installation: Installed by expert teams, the process encompasses geological surveys, strategic pile selection, precise positioning, and secure installation procedures. Throughout the setup, the vertical alignment and stability of the ground stakes, along with the proper installation and connection of the photovoltaic panels, are meticulously ensured.

2. Maintenance: Maintaining photovoltaic ground piles involves routine inspection of ground pile stability and photovoltaic panel performance. Ensuring the cleanliness and functionality of the stakes and panels is vital, with prompt removal of dust and debris to maintain optimal operation and power generation efficiency.

5, Advantages

Embodying virtues of environmental stewardship, sustainability, and cost-efficiency, photovoltaic ground piles utilize solar energy to generate power, diminishing reliance on traditional energy sources and reducing environmental pollution. Their straightforward and stable installation significantly enhances land use efficiency.

In conclusion, as an innovative form of green energy equipment, photovoltaic ground piles perfectly integrate photovoltaic power generation with a firm ground pile foundation. They hold immense promise and potential for growth in renewable energy, paving the way for a sustainable future.