As a professional manufacturer of floating solar system solutions, Suzhou FONER Solar Technology Co., Ltd. focuses on the research, development, and production of advanced floating photovoltaic systems for reservoirs, lakes, ponds, mining areas, and other water environments.
The Hainan floating photovoltaic project adopts the innovative Foner Solar Seastar Floating PV System, a high-performance solution specially designed for long-term operation on water surfaces. With outstanding compatibility, excellent weather resistance, flexible installation, and high power generation efficiency, the system has gained strong recognition from global customers.
From project planning and engineering design to installation and grid connection, FONER Solar provides complete life-cycle services to ensure safe, stable, and efficient solar power generation for every customer.
Floating Solar System Project in Hainan
The Hainan floating solar project demonstrates the practical application of FONER Solar’s advanced floating photovoltaic technology in tropical and humid environments. The project is installed on a reservoir surface, effectively utilizing idle water areas while reducing land occupation and improving energy output efficiency.
Floating photovoltaic systems can also reduce water evaporation and help suppress algae growth, creating additional environmental benefits while generating clean electricity.
Floating Solar System Applications
- Reservoir Floating Solar Power Stations
- Fishery-Solar Hybrid Projects
- Industrial Water Surface PV Projects
- Irrigation Pond Solar Systems
- Mining Subsidence Area Floating PV Projects
Lake and Dam Floating Solar Plants
Main Components of the Floating Solar System
The Foner Solar Seastar floating photovoltaic system is composed of high-quality modular components designed for durability, safety, and easy installation.
1. HDPE Floating Platform
The floating body uses environmentally friendly HDPE (High-Density Polyethylene) material with excellent UV resistance, corrosion resistance, and anti-aging performance. The material ensures long service life even in harsh climates.
2. Photovoltaic Mounting Structure
The mounting structure provides stable support for solar panels and is compatible with various mainstream PV module sizes.
3. Anchoring and Mooring System
Customized anchoring systems are designed according to water depth, water level fluctuation, wind load, and geological conditions to ensure long-term stability.
4. Walkway and Maintenance System
The floating platform is designed for convenient operation and maintenance, improving installation efficiency and reducing maintenance costs.
5. Electrical Integration System
The system supports efficient cable management and safe electrical integration for reliable power transmission and grid connection.
Advantages of Foner Solar Floating PV Systems
Flexible Layout Design
The floating solar system can be flexibly arranged according to different water conditions and project capacities. This maximizes installed capacity while minimizing project investment costs.
Lower Total Project Cost
The lightweight HDPE floating structure significantly reduces transportation and installation costs. The simplified installation process shortens the construction period and reduces labor expenses.
High Installation Efficiency
The Seastar floating photovoltaic system supports rapid deployment, with installation capacity reaching up to 1MW per day, helping customers complete utility-scale projects faster.
Excellent Environmental Protection
HDPE materials are environmentally friendly and recyclable. The floating solar system occupies minimal land resources and helps protect local ecosystems.
Strong Weather Resistance
The floating structure is designed to withstand strong sunlight, humidity, salt spray, and harsh outdoor conditions, making it suitable for tropical and coastal environments such as Thailand, Hainan, and Southeast Asia.
Wide Compatibility
The system is compatible with various types of water environments, including reservoirs, lakes, fish ponds, and industrial water areas, meeting the needs of complex floating solar projects worldwide.
