Fishery PV Mounting Structure
Our fishery PV system uses hot-dip galvanized steel columns and 6005-T5 aluminum rails. A pile-to-column joint transfers wind and vertical loads into the PHC pile. A bolt-on collar clamps the steel column to the pile head—no field welding.
System Functions and Site Utilization
You get power without taking the pond offline. The array sits high enough for work boats, and row pitch sets the shading ratio on the water surface. That shade helps moderate summer water temperatures and can slow algae growth, without over-shading the pond below.
Fish ponds
Lakes
Fishery farms
Why Choose the Fishery Solar Mounting System?
Dual Use, Same Pond
The layout keeps your normal feeding and harvest paths open. Modules shade part of the water surface, which helps moderate temperature. You keep fish or shrimp production below, power above, from one footprint.
Strong Load Path
Wind loads travel from rail through purlin and truss down to the steel column, then through the collar into the PHC pile. The pile carries the load into the bearing stratum below the pond bed. HDG steel handles the main forces. Connections are bolted, so you can inspect and retighten later.
Fast Bolt-Up Build
Rails come cut to length; brackets and clamps come pre-drilled. Crews bolt the aluminum rails to the steel columns on site with impact wrenches and hand tools. No field welding over water.
Fits Uneven Ground
Pond bottoms are uneven, so pile tops end up at different heights. The adjustable collar lets you set each column level. Flexible column spacing handles depth changes and irregular pond outlines.
Solar Mount Range for Fishery
Global Project Cases
Operating in global commercial and utility projects. Our structural solutions adapt to site-specific environmental loads and topography.
44MW Fishery PV
Zhangzhou, China
