Electricity demand is shifting in ways that are reshaping the global energy system. Traditional drivers like industry and households, data centers, artificial intelligence, cloud computing, and digital infrastructure are becoming major consumers of power. Every online search, stream, or AI response depends on vast server networks running continuously in the background.

This is a structural change, not a gradual one. According to the International Energy Agency (IEA), global electricity demand is expected to grow by around 3% in 2025, with digitalization now being a key driver alongside electrification and cooling needs. Electricity is increasingly becoming the backbone of the digital economy.

At the policy level, this transformation is also changing how energy systems are governed. Daniele Porciani, Digital Services Business Development Director at Baker Hughes told Egypt Oil & Gas: “Governments, at the moment, are stepping back from direct control, allowing private and public-private investments to lead, while influencing demand indirectly through emissions regulations. In this context, the balance between hydrocarbons, renewables, and nuclear will be key to effective market governance”, reflecting a shift toward market-driven expansion. At the same time, energy planning is changing. Mohamed Samir, Senior Regional Sales Manager at Baker Hughes explained that “governments are no longer planning power systems around average household and traditional industrial growth; they are planning for concentrated, 24/7, high-quality demand from data centers.”

A Global Energy System Still in Transition

Despite rapid progress in clean energy, the global electricity mix remains heavily dependent on fossil fuels. Coal and natural gas still account for a large share of electricity generation, particularly in fast-growing economies where demand continues to rise. According to the IEA, coal, oil, and natural gas together still account for more than 60% of electricity production worldwide. Natural gas, in particular, has become a flexible fuel for balancing supply and demand.

Energy pathways today are shaped by practical constraints rather than ideology. “What decides the path is not ideology, but economics and execution: fuel availability, cost of capital, grid readiness, permitting speed, and whether storage and flexible generation can support renewables at scale,” Samir said.

From another perspective, market structures are evolving. Ali Abdo, CEO & Founder of MEA Sustainability Studio observed that “the primary factors influencing the choice between fossil fuels and clean energy are speed, cost, energy security, and policy readiness,” explaining why some systems continue to rely on hydrocarbons while others accelerate clean energy deployment.

At the same time, renewables are expanding at record speed. In 2025, over 90% of new electricity capacity worldwide came from renewable sources, the IEA reported. Solar and wind projects are leading the charge, supported by hydropower and emerging technologies like battery storage. Electricity demand grew 2.3 times faster than overall energy demand in 2025, underscoring the shift toward electrification across industries, households, and now digital services.

Still, transitions differ across regions. Porciani highlighted that “renewables and nuclear are not an option in certain markets, especially with the current geopolitical context,” with countries like France focusing instead on grid expansion and electrification—an approach also seen in Australia.

Data Centers and AI Driving Demand

Among the new drivers of electricity demand, data centers stand out. These facilities, which store and process the world’s digital information, consume electricity at levels comparable to mid-sized cities. Their appetite is fueled by cloud services, streaming platforms, and the growing use of artificial intelligence.

Globally, data centers are estimated to account for 2–3% of total electricity consumption, a figure expected to climb sharply as AI adoption accelerates. The IEA reports that electricity demand from data centers surged by 17% in 2025, far outpacing overall growth. Electricity demand from data centers is projected to double by 2030, while consumption from AI-focused facilities is expected to triple over the same period.

Beyond scale, their impact on infrastructure is immediate and highly concentrated. Samir said “a typical AI-focused facility can use as much electricity as 100,000 households, and the largest ones under construction can consume 20 times that level.”

This transformation is also redefining planning frameworks. “A large AI data center presents a concentrated load that can arrive rapidly, putting immediate pressure on local grids,” Abdo discussed, shifting the focus toward location-specific planning, grid readiness, and infrastructure upgrades. He further emphasizes that “data centers are no longer merely an ICT concern; they have become an integral part of energy planning.”

Geographically, growth remains concentrated. Porciani elaborated “there are three main hubs for data centers—the US and, in a smaller frame, UAE and Singapore,” where national energy strategies are already being adapted to support digital expansion.

Egypt Energy Expansion Strategies

Egypt is pursuing a dual-track energy strategy to meet rising electricity demand from households, industry, and digital infrastructure such as data centers, AI, and cloud computing. Egypt revised its target to achieve 42% of the total electricity through renewable energy sources by 2030, with a further goal of 60% by 2040.

The Ministry of Planning and Economic Development has allocated EGP 136.3 billion in the fiscal year (FY) 2025/26 for renewable energy and grid projects—nearly double the previous year—including flagship initiatives like Benban Solar Park and Gulf of Suez wind farms, alongside transmission upgrades and partnerships such as an EGP 830 million debt swap with Germany. Egypt is also expanding regional interconnections with Sudan, Saudi Arabia, and Europe.

At the same time, hydrocarbons remain central. According to the US Energy Information Administration, natural gas accounts for over 55% of primary energy consumption and oil about 41%. Egypt continues developing offshore fields like Zohr to secure supply and balance renewable variability.

Within this context, data centers represent more than just new demand—they offer a strategic opportunity. “Data centers are an additional occasion for Egypt to enter in a transformational initiative in its energy framework,” Porciani underlined.

From a practical front, Mohamed Samir emphasized that “the most practical path is to fast-track hybrid solar, wind and battery projects near strong grid nodes, allow major digital users to contract directly for clean power, and keep transmission upgrades ahead of demand rather than behind it.”

This aligns with a broader strategic view. Abdo concluded, “Egypt’s most practical path forward is to accelerate the deployment of solar and wind energy… while strengthening transmission infrastructure, expanding battery storage, and enabling direct renewable power procurement for large users like data centers.”

Together, these efforts—highlighted by the IEA—position Egypt to meet growing electricity demand, attract data center investment, and strengthen its role as both a regional energy hub and a digital infrastructure leader.

Hence, the surge of data centers, AI, and cloud computing is reshaping electricity demand worldwide, forcing nations to rethink energy planning. While fossil fuels remain dominant, renewables are expanding at record speed. Egypt, through Vision 2030, is seizing this moment—combining natural gas reliability with ambitious renewable targets, grid upgrades, and regional interconnections. With a booming data center market and bold clean energy commitments, Egypt is positioning itself as a regional hub where digital growth and sustainable power converge.