Pakistan targets emission goals with $243.6 million floating solar venture at Keenjhar Lake

The Pakistani government is developing a 500 MW floating solar project at Keenjhar Lake in Sindh. Budgeted at $243.63 million, the initiative aims to generate 861.91 GWh annually for K-Electric. This project supports national decarbonization targets while reducing the financial burden of imported fossil fuels on the power sector.

Authorities in Pakistan have initiated the development of a 500 MW floating solar power facility located at Keenjhar Lake in the Sindh province. The project, valued at approximately $243.63 million, is designed to produce 861.91 gigawatt-hours of renewable energy annually. Execution will follow an Engineering, Procurement, and Construction (EPC) model, with a competitive bidding process currently underway to select contractors. A long-term power purchase agreement has already been outlined through a letter of intent with K-Electric, the country’s only vertically integrated power utility serving the Karachi region. The Government of Pakistan, which oversees national energy strategy through its various administrative bodies, expects this venture to reduce the national reliance on imported fossil fuels.

This development marks a significant shift in the regional energy landscape by utilizing water surfaces for power generation, which preserves land for other economic uses. For the power sector, the integration of this capacity directly addresses national objectives to reach 2030 emission reduction targets. The project offers a strategic blueprint for large-scale renewable investments, signaling significant opportunities for international EPC contractors and solar technology providers.

For K-Electric and its consumer base, the addition of solar capacity with a 19.6% capacity factor enhances grid stability and provides a more cost-effective energy source. This initiative is expected to act as a benchmark for future public-private collaborations within Pakistan’s green energy infrastructure market, offering a stable model for long-term utility-scale procurement.