Did you know? For every additional year of PV support structure lifespan, the cost per kilowatt-hour decreases by 2.76 cents. In a 45MW power plant, this translates to an additional revenue of over $16.56M over 25 years!

The corrosion resistance of PV support structures is critical to investment returns, yet marine environments present complex corrosion challenges, including:

• Intense UV exposure

• Oxygen-rich seawater erosion

• Alternating wet-dry cycles

• Marine biofouling (such as algae, mussels, sponges, barnacles, and bryozoans), which increases structural load and accelerates corrosion

Even with hot-dip galvanization and zinc-aluminum-magnesium alloy coatings, extreme conditions can lead to excessive zinc salt formation, causing gradual coating failure. So, how can we achieve cost-effective, high-performance, and long-lasting corrosion protection for 25 years?

Mengneng provides professional anti-corrosion solutions for PV support structures:

I. Hot-Dip Galvanized PV Support Structures

• Second-generation anti-corrosion technology

• Fourth-generation anti-corrosion technology

• Powder technology

II. Zinc-Aluminum-Magnesium PV Support Structures

• Fourth-generation anti-corrosion technology

• Powder technology

III. Carbon Steel PV Support Structures

• Fourth-generation coating technology

All products comply with ISO 12944 standards and have passed a rigorous 4200-hour cyclic corrosion test, ensuring long-term durability!

In the race for energy transformation, every decision shapes the future. Choosing an exceptional anti-corrosion solution means safeguarding your PV investment! Which anti-corrosion solution is best for your project? Leave a comment to consult us!

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