Heavy-Duty Hot-DIP Galvanized Photovoltaic Floor Piles for Solar Systems

• 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

Photovoltaic ground piles are cutting-edge green energy solutions that elegantly merge the art of photovoltaic power generation with robust ground pile foundations. Below is a comprehensive overview of these innovative photovoltaic ground piles:

1, Main functions and purposes

1. Support and fixation: The foundation of photovoltaic arrays is graciously supported by these ground piles, ensuring unwavering stability and safety for photovoltaic modules.

2. Power generation and energy storage: By crowning ground piles with photovoltaic panels, solar energy is transformed into electrical energy, heralding the age of renewable energy. This electrical energy is prudently stored, readily available to power electric vehicles and other sophisticated equipment.

3. Protection and lightning protection: Photovoltaic ground stakes stand as a bulwark against adverse weather, shielding photovoltaic modules, while their grounding points fortify lightning protection, amplifying system safety.

2, Type and Structure

1. Type: Tailored to geological nuances and design imperatives, a variety of photovoltaic ground piles can be chosen, including steel ground piles, concrete ground piles, and spiral ground piles.

Steel ground pile: Crafted from angle steel, steel plates, and screws, these are easily installed and ideal for locales that eschew long-term maintenance.

Concrete foundation pile: Engineered from steel bars, concrete, and formwork, these piles boast structural fortitude, perfect for regions demanding high structural strength over the long haul.

Spiral pile: Renowned for its spiral design, it can be effortlessly screwed into the earth with a pile driver, offering rapid construction and adaptable to diverse soil scenarios, particularly soft or sandy terrains.

2. Structure: Photovoltaic ground piles elegantly consist of both subterranean and above-ground components. The subterranean part nestles deep into the soil, offering steadfast support, while the above-ground section is dedicated to accommodating photovoltaic panels and essential equipment.

3, Working principle

Embracing solar photovoltaic cells, these ground piles ingeniously convert sunlight into electrical energy. Photovoltaic panels transform light energy into direct current, seamlessly channeling it to the power grid or energy storage systems via cables.

4, Installation and maintenance

1. Installation: Requiring the finesse of a professional team, installation involves geological surveys, pile selection, precise positioning, and installation. It is paramount to ensure the verticality and stability of the stakes, with photovoltaic panels impeccably installed and connected.

2. Maintenance: Routine maintenance entails vigilance over ground pile stability, panel cleanliness, and performance. Ensuring ground stakes and panels remain pristine, promptly clearing dust and debris, is crucial for optimal operation and power generation efficiency.

5, Advantages

Photovoltaic ground piles boast a trifecta of advantages: environmental stewardship, sustainability, and economic viability. By harnessing solar energy, they diminish reliance on traditional energy and curb environmental harm. Their simple, stable installation enhances land efficiency.

In closing, photovoltaic ground piles embody a revolutionary green energy apparatus, seamlessly fusing photovoltaic generation with ground foundations. Their promising applications and growth potential are set to reshape the renewable energy landscape.