Project Overview
This floating solar photovoltaic (FPV) project is located in Buriram, Thailand, utilizing local water resources to generate clean renewable energy. The project has an installed capacity of approximately 1MWp and uses 550Wp high-efficiency photovoltaic modules installed at a 5° tilt angle.
The system adopts a floating platform and rod-connection structure, providing excellent structural stability while maximizing water surface utilization.
Foner Solar provided engineering design, structural component supply, and on-site installation guidance for the project. The floating solar system was successfully completed and commissioned in April 2025, and it has been operating reliably since then.
Buriram, Thailand Floating Solar Project Data
This floating solar power plant demonstrates the efficient utilization of water surfaces for renewable energy generation while delivering significant environmental benefits.
|
Item |
description |
|
Installed Capacity |
1 MWp |
|
Annual Power Generation |
~1,500 MWh |
|
Estimated CO₂ Reduction |
~1,000 tons / year |
|
Equivalent Households Powered |
~500 households |
|
Water Surface Utilization |
Efficient use of idle water areas |
|
Project Commissioning |
April 2025 |
Site Assessment and Feasibility Study
Before the project implementation, Foner Solar conducted a comprehensive site survey and environmental feasibility assessment.
The evaluation included:Water surface area and potential capacity analysis
Water depth and seasonal water level variation
Local climate conditions including temperature, rainfall, and wind speed
Wind and wave load evaluation
Anchoring and mooring system feasibility analysis
Based on these assessments, the engineering team optimized the system layout and determined the maximum feasible installation capacity for the site.
Engineering Design and System Configuration
Following the site evaluation, our engineering team developed a customized floating photovoltaic system design.
The system design included:
Floating platform structural design
Rod connection system configuration
PV module mounting structure
Solar array layout optimization
Mooring and anchoring system design
The floating platforms are manufactured using high-density polyethylene (HDPE) materials, offering excellent UV resistance, corrosion resistance, and durability for long-term operation in tropical climates.
The modular design also improves installation efficiency and system stability.
Manufacturing and Project Delivery
Foner Solar supplied a full set of structural components for the project, including:
Floating platforms
Connection rods
PV mounting structures
Module clamps
Fasteners and related accessories
All components were manufactured according to project specifications and underwent strict quality inspections before being shipped to the project site in Thailand.
Installation and Technical Support
To ensure proper installation and commissioning, Foner Solar dispatched professional engineers to provide on-site technical support and installation guidance.
The support services included:
Floating platform assembly supervision
PV module installation guidance
Anchoring system verification
Structural safety inspection
With the cooperation between our technical team and the local installation crew, the project was successfully completed.
System Operation and Performance
The floating solar system was successfully connected to the grid in April 2025.
Since commissioning, the system has demonstrated stable operation and reliable power generation performance. The natural cooling effect of the water surface helps improve photovoltaic efficiency while ensuring long-term system stability.
Environmental and Sustainability Benefits
The floating solar project delivers significant environmental benefits while generating renewable electricity:
Estimated annual electricity generation: approximately 1,500 MWh
Annual carbon emission reduction: about 1,000 tons of CO₂
Reduced dependence on fossil fuels
Efficient utilization of unused water surface resources
This project serves as another successful example of floating solar applications in Southeast Asia and demonstrates the potential of FPV technology for sustainable energy development.
