Project Overview
This floating solar photovoltaic (FPV) project is located in Chiang Rai, Thailand, and represents an innovative approach to utilizing water surfaces for renewable energy generation. The project has an installed capacity of approximately 1MWp and adopts 700Wp high-efficiency photovoltaic modules with a 5° installation tilt angle.
The floating PV system uses a modular floating platform and rod-connection structure, enabling efficient deployment on the water surface while maintaining structural stability and operational reliability.
Foner Solar provided engineering design, structural component supply, and on-site technical support for the project. The system was successfully completed and commissioned in December 2024 and has been operating smoothly since then.
Project Specifications
|
Item |
Details |
|
Project Location |
Chiang Rai, Thailand |
|
Installed Capacity |
1 MWp |
|
PV Module Power |
700 Wp |
|
Installation Tilt |
5° |
|
Structure Type |
Seastar series rigid floating solar system |
|
Completion Time |
December 2024 |
|
Service Scope |
Engineering Design, Floating Structure Supply, Installation Guidance |
Site Assessment & Feasibility Study
Before the project implementation, Foner Solar conducted a comprehensive site survey and environmental feasibility assessment. The goal was to ensure long-term stability and safe operation of the floating solar system under local environmental conditions.
The evaluation included:
Water surface availability and capacity analysis
Water depth and seasonal water level variation
Local climate and wind load assessment
Wave and environmental load analysis
Anchoring and mooring system feasibility study
Based on these assessments, the engineering team optimized the floating solar layout to achieve the maximum feasible capacity while maintaining system safety and efficiency.
Engineering Design & System Optimization
Following the site analysis, our engineering team developed a customized floating solar system design, including:
Floating platform structural design
Floaters connection system design
PV module mounting structures
Mooring and anchoring system configuration
Solar array layout optimization
The floating platforms are manufactured using high-density polyethylene (HDPE) materials with excellent UV resistance, corrosion resistance, and durability, making them ideal for tropical environments in Southeast Asia.
The modular design significantly improves installation efficiency and long-term structural stability.
Manufacturing & Logistics
Foner Solar supplied a complete set of structural components for the project, including:
Floating platforms
Connection rods
PV mounting structures
Module clamps
Fasteners and accessories
All components were manufactured according to project specifications and underwent strict quality inspection before packaging and shipment to Thailand.
On-Site Installation & Technical Support
To ensure smooth installation, Foner Solar dispatched professional engineers to the project site to provide technical supervision and installation guidance.
The on-site support included:
Floating platform assembly guidance
PV module installation supervision
Anchoring system installation verification
Structural stability inspection
Through close collaboration between our engineers and the local installation team, the floating solar system was successfully installed and commissioned.
Commissioning & Operational Performance
The project successfully passed commissioning and grid connection testing and began operation in December 2024.
Since commissioning, the floating solar plant has demonstrated stable system performance and reliable power generation.
Floating solar systems benefit from the natural cooling effect of water, which helps improve photovoltaic module efficiency and contributes to long-term performance stability.
Environmental & Energy Benefits
The floating solar project provides multiple environmental and economic benefits:
Generation of clean renewable electricity
Reduced dependence on fossil fuels
Significant reduction in carbon emissions
Efficient utilization of unused water surface area
Floating photovoltaic systems also help reduce water evaporation and improve land-use efficiency, making them an ideal renewable energy solution for reservoirs and water bodies.
