Minister of Electricity Ensures National Grid Readiness for Summer Demands

Dr. Mahmoud Asmat, the Minister of Electricity and Renewable Energy, conducted a field visit to the National Control Center for Electricity on Saturday. This visit aimed to ensure continuous coordination and communication among the components of the electricity system, including production, transmission, and distribution, to secure electricity supply and maintain grid stability.

During his visit, Dr. Asmat reviewed operational reports regarding the electric grid’s performance over recent days, which have seen fluctuations in loads and increased demand for energy. He noted that peak consumption recently reached 36,600 megawatts.

The Minister monitored various operational scenarios and alternatives while emphasizing the importance of maximizing the use of renewable energy sources to reduce reliance on fossil fuels. He also assessed measures aimed at improving the efficiency of production units and operational patterns in light of rising summer demands.

In discussions with Eng. Mona Rizk, head of the Egyptian Electricity Transmission Company, and Eng. Adel El Omari, head of operational sectors, Dr. Asmat highlighted the need for effective communication among operational teams across production, transmission, and distribution sectors. He underscored the importance of utilizing modern technology to achieve fuel consumption reduction targets while ensuring stable electricity supply.

Dr. Asmat reiterated that efforts are underway to secure the national grid against high summer loads while ensuring quality power supply. He introduced a new operational pattern designed to minimize fuel consumption while meeting electricity demands. The Minister confirmed that the national grid is prepared to handle high loads resulting from rising temperatures in the upcoming phase.

He emphasized the capability to adjust generation units as needed while monitoring loads and hot spots through existing operational programs within the system. This includes overseeing voltage levels and load management through automated control systems to enhance performance rates and ensure grid stability.