For decades, nuclear energy has been discussed primarily through the lenses of safety, technology, and climate change. Yet one of its greatest contributions is economic. Recent tensions across the Middle East have once again shown how geopolitical instability can disrupt energy markets, supply chains, and investment. In this environment, energy security has become an economic imperative. Countries are increasingly seeking reliable domestic electricity sources that reduce exposure to external shocks and volatile fossil fuel markets.
Energy is far more than a utility; it is the foundation of economic growth. Every factory, hospital, airport, logistics hub, digital platform, and data center depends on uninterrupted electricity. When power becomes unreliable or costly, productivity declines, investment slows, and development ambitions become harder to achieve. This is why more than 40 countries are expanding or launching nuclear power programs, marking what many analysts describe as a "second nuclear age" driven by energy security, competitiveness, and decarbonization.
Reliability as an Economic Advantage
Not all electricity creates the same economic value. While households may tolerate occasional outages, modern economies cannot. Industries, healthcare systems, telecommunications, desalination plants, artificial intelligence, and cloud computing all depend on continuous power. According to the International Energy Agency, electricity demand from data centers alone is expected to rise from 415 TWh in 2024 to approximately 945 TWh by 2030, largely driven by AI. 1 2
Renewable energy remains essential to the clean energy transition, but its dependence on weather conditions requires complementary sources of stable baseload generation. Nuclear energy fills this role by providing large-scale, low-carbon electricity around the clock.
For countries such as Egypt, reliable electricity is also a prerequisite for achieving the objectives of Egypt Vision 2030, including industrial growth, economic diversification, sustainability, energy security, and human capital development.
Why Countries Are Returning to Nuclear
The renewed interest in nuclear energy is no longer confined to a handful of countries. Across developed and emerging economies alike, governments are reaching the same conclusion: reliable electricity is essential for long-term growth, industrial competitiveness, and energy security.
The United Arab Emirates has integrated nuclear power into its economic diversification strategy through the Barakah Nuclear Energy Plant. Türkiye expects Akkuyu Nuclear Power Plant to supply around 10% of its electricity demand, reducing dependence on imported fuels while supporting industrial growth. Bangladesh views the Rooppur Nuclear Power Plant as a catalyst for modernization, while Hungary and Poland consider nuclear energy a cornerstone of their long-term competitiveness and energy independence.
A similar momentum is emerging across Africa. As electricity demand continues to rise alongside rapid population growth, urbanization, and industrialization, an increasing number of African countries, including Ghana, Kenya, Nigeria, Rwanda, Uganda and others 4, are actively exploring nuclear energy as part of their long-term development and clean energy strategies. For many of these countries, nuclear power is becoming not only an energy option but also a pathway to technological advancement, industrial development, and greater energy sovereignty.
In this evolving landscape, Egypt is uniquely positioned to play a leading regional role. Through the El Dabaa Nuclear Power Plant, the continent's largest nuclear construction project, Egypt is building practical experience in nuclear regulation, infrastructure development, workforce training, and technology transfer. As one of Africa's first countries to implement a large-scale Generation III+ nuclear program, Egypt is well placed to share expertise and support the continent's growing nuclear ambitions.
With four VVER-1200 reactors and a total capacity of 4.8 GW, El Dabaa is far more than a power generation project. It is a strategic investment aligned with Egypt Vision 2030, strengthening energy security, industrial development, local manufacturing, human capital, and technological capability while laying the foundations for a knowledge-based economy.
The Human Dimension of Nuclear Development
Perhaps the strongest evidence of nuclear energy's socio-economic value comes from the communities that host nuclear facilities.
A recent article in Modern Diplomacy3 shows that support for nuclear energy is highest among those living closest to nuclear power plants. A Nuclear Energy Institute study found that 89% of residents living within ten miles of a reactor view nuclear energy favorably. Similar results are evident across Russia's nuclear cities, where 78% of residents express pride in the industry's achievements, more than two-thirds positively assess its contribution to local development, and 87% report satisfaction with their quality of life.
These outcomes are not driven by communication campaigns but by lived experience. Nuclear facilities create skilled employment, generate tax revenues, strengthen healthcare and education, improve infrastructure, and stimulate local economies. For countries developing new nuclear programs, including Egypt, they demonstrate that the benefits of nuclear energy extend far beyond electricity generation.
Beyond Reactor Construction
Modern nuclear partnerships are no longer limited to reactor delivery. They have evolved into long-term development ecosystems. Rosatom's international cooperation model combines reactor construction with workforce development, engineering education, scientific collaboration, technology transfer, localization, and supply-chain development. These partnerships help countries strengthen universities, develop highly qualified engineers, integrate local companies into advanced industries, and enhance regulatory capabilities.
Beyond nuclear power generation, Rosatom's activities now include nuclear medicine, additive manufacturing, advanced materials, energy storage, digital engineering, and environmental technologies, creating broader opportunities for industrial diversification and technological advancement.
Reliable Growth Is Sustainable Growth
Economic growth and environmental responsibility are not competing priorities; they are mutually reinforcing. Nuclear energy delivers one of the lowest lifecycle carbon footprints among large-scale electricity sources while providing continuous power independent of weather conditions. It supports industrial growth, digital transformation, transport, and critical infrastructure while helping reduce greenhouse gas emissions and dependence on fossil fuels.
Advanced nuclear technologies are also improving resource efficiency, while organizations such as Rosatom continue investing in radioactive waste management, spent fuel solutions, industrial waste treatment, and environmental remediation.
For emerging economies, the challenge is no longer whether to grow, but how to grow sustainably. Reliable, low-carbon infrastructure enables countries to expand their economies, improve living standards, and meet climate goals simultaneously.
A Strategic Development Choice
The global nuclear debate is no longer solely about energy policy. It is increasingly about economic resilience, technological leadership, and long-term competitiveness.
In an era defined by geopolitical uncertainty, accelerating digitalization, and rapidly growing electricity demand, reliable energy may become one of the world's most valuable strategic assets. Countries are not returning to nuclear power out of nostalgia; they are doing so because dependable electricity remains one of the strongest foundations of prosperity, innovation, and sustainable development.
References:
1 Energy demand from AI – Energy and AI – Analysis - IEA,
2 AI is set to drive surging electricity demand from data centers while offering the potential to transform how the energy sector works - News - IEA
3 The Second Nuclear Age: Why the World is Betting on the Atom Again - Modern Diplomacy
4 https://world-nuclear.org/Information-Library/Country-Profiles/Others/emerging-nuclear-energy-countries?utm_source=chatgpt.com
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