Fishery PV Mounting System

Fishery PV Mounting System is a mounting solution developed specifically for fishery and aquaculture solar projects. By combining solar power generation with aquaculture, it enables dual use of water surfaces and surrounding land, improving resource utilization while supporting environmental protection and generating economic benefits.
The system is built around PHC Pile foundations, which are suitable for high-clearance requirements, flood-prone areas, and tidal flats. PHC piles offer pre-fabrication, fast installation, little maintenance required, and excellent pile quality. For fishery environments where moisture, salt, and water exposure are constant challenges, the system also features enhanced corrosion resistance through a Zinc-Aluminum-Magnesium coating.

Why Fishery PV Needs a Dedicated Mounting System?

Fishery and aquaculture sites present conditions that standard ground mount systems are not designed to handle. Water exposure, high humidity, salt spray, tidal movement, and flood risk all accelerate corrosion and complicate installation. At the same time, many fishery projects require elevated structures to maintain clearance over water, equipment, or operational areas.
Fishery PV Mounting System addresses these conditions directly. The PHC Pile foundation provides the structural strength and height needed for high-clearance installations, while the enhanced coating system protects the structure against long-term corrosion. The result is a mounting solution that supports both solar power generation and aquaculture operations without compromising either.

PHC Pile Solution

PHC Pile is the primary foundation type for Fishery PV Mounting System. It is suitable for high-clearance requirements, flood-prone areas, and tidal flats.
PHC Pile features:
Pre-fabrication
Fast installation
Little maintenance required
Excellent pile quality

The pre-fabricated nature of PHC piles allows for faster on-site installation and more consistent quality compared to cast-in-place alternatives. This is particularly important in fishery and tidal flat environments where construction windows may be limited by water levels, weather, or operational schedules. The low maintenance requirement also reduces long-term operational costs for fishery operators.

Enhanced Corrosion Resistance

Corrosion is one of the most critical factors affecting the service life of fishery PV mounting systems. Fishery PV Mounting System offers enhanced corrosion resistance through a Zinc-Aluminum-Magnesium coating, compared to traditional pure zinc coating.

Zinc-Aluminum-Magnesium Coating
The Zinc-Aluminum-Magnesium coating provides superior protection against corrosion. Its surface is smoother and less prone to contamination, which helps maintain performance over time. The coating also offers higher surface hardness for superior wear resistance. Because the coating is stable, it reduces cleaning time and supports lower maintenance requirements. Overall, the Zinc-Aluminum-Magnesium coating delivers excellent corrosion resistance, making it well suited to fishery, aquaculture, and coastal environments.

Traditional Pure Zinc Coating
Traditional pure zinc coating is a common corrosion protection method, but it does not match the performance of Zinc-Aluminum-Magnesium coating in harsh fishery environments. The comparison between the two highlights the advantages of the enhanced coating:
Smoother Surface: Less prone to contamination
Higher Surface Hardness: Superior wear resistance
Stable Coating: Reducing cleaning time
Excellent Corrosion Resistance: Provides superior protection against corrosion

Applications

Fishery PV Mounting System is suitable for a range of fishery and aquaculture applications, including:
Fishery solar projects
Aquaculture solar projects
Flood-prone areas
Tidal flats
High-clearance installations
Water-surface and surrounding land dual-use projects
Coastal and humid environments requiring enhanced corrosion resistance

Projects combining solar power generation with aquaculture operations

Our Projects for Reference