In a major development for South Asia’s clean energy transition, Sungrow FPV has officially connected a 6.5-megawatt (MW) floating solar project to the grid in Sri Lanka. The newly operational floating photovoltaic system marks a strategic step forward in expanding solar power generation capacity by utilizing inland water bodies, deploying specialized floating mounting systems to produce clean electricity without encroaching on valuable land resources.
Floating photovoltaics (FPV) have emerged as an effective solution for nations facing land scarcity and competing demands for agricultural and urban development. By anchoring photovoltaic arrays on reservoirs and lakes, floating solar systems eliminate the need for extensive land acquisition. Furthermore, the proximity to water provides a natural cooling effect on the solar panels, which helps improve operating efficiency and overall energy yield compared to standard ground-mounted installations.
Key Developments
- Successful grid connection of a 6.5 MW floating solar photovoltaic project in Sri Lanka, engineered and supplied by Sungrow FPV.
- Optimization of land usage by leveraging water surfaces to scale up renewable energy capacity without land displacement.
- Improved panel performance and energy generation efficiency boosted by the natural thermal cooling of the water body.
- Reduction in water evaporation rates beneath the solar array, supporting localized water resource conservation.
The successful integration of the 6.5 MW floating array underscores the growing commercial viability and technical reliability of floating PV technology across island and coastal environments. As energy demand grows across the region, projects of this scale demonstrate how flexible, water-based renewable infrastructure can deliver sustained power supply while contributing directly to national clean energy goals.