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Product Introduction
HDPE Modular Floating Offshore PV Platform
1. Product Overview
This floating solar platform uses marine anti-UV modified HDPE pontoons as the floating base. Standard pontoon units connect via snap locks for quick on-site assembly into any scale PV array.
Designed for sheltered bays, lagoons and marine ranches, it supports matching energy storage and seawater electrolysis hydrogen production systems to build an integrated "solar power + aquaculture + green hydrogen" marine energy solution.
It is a low-cost, low-maintenance entry-level offshore PV solution for nearshore calm waters.
2. Key Technical Parameters
| Item | Specification |
|---|---|
| Floating Material | Marine-grade anti-UV modified HDPE |
| Single Pontoon Connection Method | Quick snap-fit modular splicing |
| Design Service Life | 15–20 years (sheltered coastal water) |
| Applicable Wave Height | ≤2.5m |
| Applicable Water Area | Lagoon, sheltered bay, inland lake, ranch enclosed waters |
| Mooring System | Multi-point shallow water anchor mooring system |
| PV Module Layout | Flexible matrix layout, expandable at any time |
| Supporting Matching | On-grid inverter, underwater marine cable, remote monitoring cabinet, optional energy storage & green hydrogen equipment |
| Material Feature | Chloride corrosion resistant, no regular anti-rust coating needed, fully recyclable |
3. Core Advantages
- Ultra-low initial investment, the most cost-effective floating PV solution for nearshore projects
- HDPE material naturally resists seawater salt fog and chloride erosion, eliminating periodic anti-corrosion maintenance cost
- Lightweight split modules, convenient container transportation and fast field assembly without large construction machinery
- Perfect fishery-solar complementary design: PV panels above generate power, aquaculture cages can be arranged under the floating array
- Flexible capacity expansion; new pontoon modules can be added later to increase installed capacity
- Environmentally friendly: HDPE floats are fully recyclable, no permanent marine waste after decommissioning
4. Application Scenarios
- Distributed power supply for deep-sea marine ranches, supporting hydrogen production systems, fishing vessels and refrigeration equipment
- Floating solar power stations for island resorts and enclosed coastal lagoons
- Fishery-solar complementary projects in sheltered inland waters and coastal breeding zones
- Small-scale offshore green hydrogen demonstration projects coupled with seawater electrolysis units
- Temporary floating power supply for waterfront scenic spots and floating leisure platforms