Reliable Eco-Friendly 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

Introducing the Photovoltaic Ground Pile, a groundbreaking innovation in green energy solutions, seamlessly merging the benefits of photovoltaic power generation with the robustness of ground pile foundations. Below is a comprehensive guide to understanding these revolutionary photovoltaic ground piles:

1, Main functions and purposes

1. Support and fixation: The photovoltaic ground piles are ingeniously designed to serve as the foundational backbone of photovoltaic arrays. They offer essential support and secure fixation, ensuring that the photovoltaic modules remain stable and uncompromised in their performance.

2. Power generation and energy storage: By elegantly positioning photovoltaic panels atop these ground piles, they transform solar energy into valuable electrical energy. This enables the harnessing of renewable resources, where the generated electricity can be efficiently stored and used to power electric vehicles and other essential equipment, marking a stride towards a sustainable future.

3. Protection and lightning protection: These ground stakes provide robust physical protection against adverse weather, safeguarding photovoltaic modules from potential damage. The expertly integrated grounding points enhance lightning protection, elevating the system's safety standards.

2, Type and Structure

1. Type: Choose from a variety of photovoltaic ground piles tailored to specific geological conditions and design needs. Options include durable steel ground piles, solid concrete ground piles, and versatile spiral ground piles, each offering unique benefits.

Steel ground pile: Constructed with angle steel, steel plates, and screws, these piles promise easy installation and are perfect for locations where minimal maintenance is desired.

Concrete foundation pile: Engineered with precision using steel bars, concrete, and formwork, these piles provide exceptional structural stability, making them ideal for long-term use in areas demanding high structural integrity.

Spiral pile: Featuring an innovative spiral design, these piles can be efficiently driven into the ground, ensuring quick construction and adaptability to various soil conditions, especially in soft or sandy terrains.

2. Structure: Photovoltaic ground piles are thoughtfully composed of two parts: the underground component, which dives deep for steadfast support, and the above-ground section, designed for the installation of photovoltaic panels and essential equipment.

3, Working principle

The operational essence of photovoltaic ground piles lies in their ability to harness sunlight through photovoltaic cells, converting it into electrical energy. Upon sunlight exposure, panels transform light into direct current electricity, seamlessly transmitting it to the power grid or storage systems via cables.

4, Installation and maintenance

1. Installation: Installation demands expertise, involving geological assessment, precise pile selection, and accurate positioning. The process ensures the vertical alignment and stability of ground stakes, alongside the meticulous installation and connection of photovoltaic panels.

2. Maintenance: Regular maintenance is key, encompassing checks on ground pile stability and photovoltaic panel performance. Keeping these components clean and debris-free is crucial to maintain optimal operation and energy efficiency.

5, Advantages

The photovoltaic ground piles offer significant advantages such as being environmentally friendly, sustainable, and cost-effective. By utilizing solar energy, a renewable resource, for power generation, they reduce reliance on traditional energy sources and mitigate environmental pollution. Their straightforward installation and stable nature enhance land usage efficiency.

In conclusion, as a novel green energy apparatus that fuses photovoltaic power generation with the ground pile foundation, photovoltaic ground piles hold immense potential for expanding application horizons and fostering innovation in the renewable energy arena.