The country’s renewable energy potential is particularly noteworthy. Pakistan possesses substantial solar resources across much of its territory. Hydropower remains underdeveloped relative to its long-term potential. Wind energy projects have demonstrated promising results in several regions. Combined with improvements in transmission infrastructure and energy storage technologies, these resources could support future digital growth.
Another opportunity lies in attracting regional data centre investments. As data sovereignty, cybersecurity, and latency considerations become increasingly important, many countries are seeking geographically diversified digital infrastructure. Pakistan’s strategic location at the crossroads of South Asia, Central Asia, China, and the Middle East provides a potential advantage. With appropriate regulatory frameworks, energy policies, and infrastructure investments, the country could position itself as a regional technology and data services hub.
The experience of Gulf nations offers valuable lessons. Countries such as the United Arab Emirates recognised that long-term prosperity could not depend exclusively upon hydrocarbon exports. Consequently, they began investing heavily in logistics, aviation, tourism, financial services, and technology. Today, they are extending this strategy into artificial intelligence. Their objective is not merely to consume AI technologies but to participate actively in their development and deployment.
The world is entering a new era in which electricity is becoming the foundation of economic power in much the same way that oil defined the twentieth century.
Pakistan must adopt a similarly forward-looking perspective. Discussions about artificial intelligence often focus on software skills, coding education, and startup ecosystems. These elements are undoubtedly important. However, they must be accompanied by an equally serious conversation about energy infrastructure. The AI economy cannot flourish in environments characterised by unreliable power supplies, expensive electricity, and outdated transmission networks.
Policy makers should therefore view energy reform not only as an economic necessity but also as a technological imperative. Investments in grid modernisation, renewable energy integration, transmission efficiency, and competitive electricity markets could generate benefits extending far beyond the power sector itself. Such reforms would enhance industrial competitiveness, attract foreign investment, support digital innovation, and strengthen national resilience.
The geopolitical consequences of this transformation are equally significant. Nations that control abundant energy resources, advanced computing infrastructure, and AI capabilities are likely to enjoy disproportionate economic influence. They will shape technological standards, attract global talent, dominate emerging industries, and capture a larger share of future value creation. Countries lacking these capabilities may find themselves increasingly dependent upon foreign technologies and external digital ecosystems.
The world is entering a new era in which electricity is becoming the foundation of economic power in much the same way that oil defined the twentieth century. The countries that understand this shift early and act decisively will be best positioned to prosper. Those who fail to recognise the connection between energy and artificial intelligence risk being left behind.
The future of AI will not be determined solely in research laboratories, technology campuses, or venture capital boardrooms. It will also be decided in power stations, transmission corridors, and energy ministries. Algorithms may capture the headlines, but electricity will determine the winners. In the twenty-first century, the most important fuel for innovation is not oil, data, or even silicon. It is power itself. (Concluded)
The writer is a financial expert and can be reached at jawadsaleem.1982@ gmail.com. He tweets @JawadSaleem1982