Kuwait boosts power generation ahead of summer

In a significant step toward strengthening the national power grid, informed sources at Kuwait’s Ministry of Electricity, Water and Renewable Energy said three major power-generating units at the Al-Zour South Power Plant have recently been brought back into service following the completion of scheduled maintenance operations.

The successful reactivation of these units has added more than 600 megawatts to the country’s electricity production capacity, reports Al-Jarida daily.

The move is part of the ministry’s broader strategy to prepare for peak summer demand, when electricity usage typically surges due to high temperatures. According to the sources, the maintenance was executed to high technical standards, with the involvement of skilled Kuwaiti engineers and technicians, underscoring the ministry’s commitment to relying on national talent in critical infrastructure projects.

The ministry emphasized that it continues to implement periodic maintenance plans across all power generation plants, aiming to ensure the stability and reliability of Kuwait’s electricity grid and minimize the risk of outages during high-load periods. Specialized teams are monitoring the progress of maintenance work daily, ensuring that all tasks are completed on time and in accordance with stringent quality benchmarks.

In parallel with maintenance efforts, the ministry is also focusing on modernizing existing power stations and enhancing operational efficiency to meet the country’s rising electricity demand, driven by ongoing population growth and urban development.

Among the major initiatives under its future planning is the expansion of electricity production capacity at the Subbiya power plant, with announcements expected soon upon the completion of the necessary tendering procedures.

These initiatives reflect the ministry’s strategic vision to ensure sustainable, uninterrupted power supply across Kuwait, especially during periods of increased demand, while also positioning the country for long-term energy resilience.