Thatta, Pakistan — May 7, 2026. Pakistan is preparing to advance a major renewable energy initiative at Keenjhar Lake in Sindh, where a large floating solar power project worth $243 million is planned. The project aims to expand clean electricity generation while improving energy efficiency and reducing pressure on land resources.
Floating solar panels on water to transform Keenjhar Lake energy potential
The upcoming project will install advanced photovoltaic systems directly on the surface of Keenjhar Lake, one of Sindh’s most important freshwater reservoirs. This approach uses solar panels floating on water to generate electricity more efficiently while also reducing evaporation from the lake surface.
Floating solar technology is increasingly seen as a solution for countries with limited land availability. By using water surfaces, energy projects can avoid land acquisition challenges and improve performance due to natural cooling effects.
More details on the lake’s environmental and geographical importance can be found in this overview of Keenjhar Lake.
Pakistan’s growing shift toward renewable energy infrastructure
Pakistan has been actively expanding renewable energy projects as part of its long-term energy diversification strategy. Floating solar installations are becoming a key focus due to rising electricity demand and increasing fossil fuel costs.
According to global energy research, floating solar systems can increase energy efficiency by reducing heat stress on panels and improving land use efficiency (floating solar technology).
Earlier efforts in water-energy integration include major infrastructure projects like the K-IV water supply system, which also depends on Keenjhar Lake as a key freshwater source. More details are available here: K-IV Water Project.
How floating solar works and why it matters
The technology behind floating solar systems is based on placing photovoltaic panels on buoyant platforms anchored in reservoirs, lakes, or canals. These systems reduce water evaporation, improve energy output, and optimize unused water surfaces for electricity generation.
The concept of solar panels floating on water is gaining global attention as countries look for sustainable alternatives to traditional solar farms that require large land areas.
In addition, floating solar systems help reduce algae growth and improve water conservation, making them beneficial for both energy and environmental management.
Energy experts highlight long-term benefits
Experts believe Pakistan’s investment in floating solar technology could reshape its renewable energy landscape. If successfully implemented at Keenjhar Lake, the project could be expanded to other reservoirs and irrigation canals across Sindh and Punjab.
Similar international developments have shown that floating solar installations can significantly improve renewable energy output while reducing environmental impact on land ecosystems.
Outlook for Pakistan’s clean energy future
The Keenjhar Lake floating solar project reflects Pakistan’s broader commitment to clean energy transition. As the country faces rising energy demands, renewable solutions such as floating solar are expected to play a key role in stabilizing the power sector.
If completed, the $243 million initiative could become a model for future hybrid water-energy infrastructure projects in the region, combining sustainability with large-scale energy production.
