Written by: Basant El-Faramawy
The world is witnessing a radical transformation in the logic of preserving energy security, as the weight shifts from merely securing fossil fuel imports to an intensive focus on the safety of generation facilities, enhancing the resilience of electricity grids, and diversifying supply chains for clean technologies. The standard of energy power is no longer measured solely by countries' ability to import oil and gas, but by the extent to which they possess infrastructure capable of producing and distributing energy efficiently and sustainably.
The Shift from Fuel Consumption to Sustainable Assets
Energy strategy experts believe that reliance on traditional energy sources poses a continuous challenge, as oil and gas require a constant supply to compensate for consumed quantities. In contrast, electrification transition technologies, such as solar panels, batteries, and electric vehicles, provide long-term assets that can be used for many years after installation. This shift allows countries to rely on local resources such as sun, wind, and water, significantly reducing direct dependency on volatile global fuel markets.
Pioneering Experiences in Cost Reduction
Pakistan is a prominent model for this transition, as its central bank estimates indicate that installed solar capacity could reach 50 gigawatts by the end of 2025. This expansion has contributed to saving about $7.1 billion in energy import costs over the past six years, with expectations of achieving additional savings ranging between $5.2 and $7.8 billion next year. On the other hand, the electric transport sector is contributing to a reduction in global oil demand, as International Energy Agency data indicate that electric vehicles reduced global demand by 1.7 million barrels per day by 2025, with China's share being 1 million barrels.
Supply Chain Challenges and Grid Resilience
Despite the achievements made, a new challenge emerges represented in the excessive reliance on limited supply sources for clean energy technologies. In Africa, for example, more than 90% of imported solar panels come from a single country, raising questions about supply risks. In Europe, the current focus is on enhancing cross-border electrical interconnection, as happened in connecting the grids of Ukraine and Moldova to the unified European system to ensure support for energy supplies in emergency situations.
The energy security strategy in the age of electricity does not rely on complete self-sufficiency, but on building a system characterized by multiple supply sources, developing strong local production capabilities, and strengthening grids to be more capable of confronting shocks. The most competitive state in the future will not be the one with a greater ability to buy fuel, but the one that possesses an integrated system for producing and distributing electrical energy flexibly and independently.
