ABSTRACT
Given the current wave of reindustrialisation in Western economies, and as a direct consequence of the shift from training to deploying artificial intelligence, we face a significant challenge. The next major drought may well be one of energy. In this context, reflection on our energy future is more urgent and complex than ever. The digital revolution, driven by artificial intelligence (AI), is redefining paradigms of consumption, investment, and sustainability on a global scale. There is no AI (nor Industry, nor Technology) without Energy. Without resilient and adequate infrastructure, and without timely and sufficient increases in energy production, technological transformation risks being constrained by an energy bottleneck in many parts of the world.
The objective of this paper is to articulate one of the key contemporary debates arising from the intersection of energy demand, the costs of increasing supply, and the timeframes required to achieve these changes. These topics, far from being merely philosophical questions or ecological preferences, reflect the strategic, regulatory,
social, and geopolitical dilemmas that define both emerging and developed economies today and in the future.
Keywords: AI energy demand, reindustrialisation, energy infrastructure, digital transformation, renewable vs nuclear, tech sector energy use, data centers, energy bottleneck, investment strategies, energy policy
KEY INSIGHTS:
- AI and reindustrialization are driving an unprecedented surge in global energy demand, raising the risk of a near-future “energy drought.”
- Renewables now offer faster, cheaper, and more scalable solutions than nuclear, though both face infrastructure and financing challenges.
- The energy transition sector is historically undervalued, with projected returns more than double those of the S&P over the next 3 years.
- Energy efficiency technologies—especially ASIC chips and improved building insulation—offer up to 40% energy savings, making them key drivers of sustainable growth.
- Resilient infrastructure (grids, cooling, redundancy) is critical, with recent power failures in the UK and Spain underscoring the need for strategic investment.
- Emerging technologies like hydrogen fuel cells, nuclear fusion, and quantum computing may reshape the energy landscape, but face scalability hurdles.
- Investors should focus on innovation, value chain differentiation, and supply-chain dependencies, especially in volatile sectors like mining.
- Favorable macroeconomic conditions (declining interest rates) are amplifying the attractiveness of clean energy investments.
Content
The global energy landscape is undergoing a profound transformation, driven by the dual forces of technological innovation and the urgent need for sustainable energy solutions. As artificial intelligence (AI) and reindustrialization reshape the developed world, the demand for energy is surging to unprecedented levels. We have explored the critical challenges and opportunities arising from this energy transition, drawing on insights from recent analyses.
The Energy Drought
A Looming Challenge The rise of AI, exemplified by advanced models like ChatGPT and autonomous systems such as MANUS, has revolutionized industries and redefined global consumption patterns. However, this technological leap comes with a significant caveat: the energy required to sustain such advancements is immense. The computational complexity of AI, coupled with the increasing reliance on data centers and cooling systems, has created a pressing need for resilient and scalable energy infrastructure. Without timely and sufficient increases in energy production, the world risks facing an «energy drought» that could stifle technological progress and economic growth.
The Energy Mix Debate: Renewables vs. Nuclear
The debate over the optimal energy mix has intensified in recent years. While renewables were once considered unprofitable and nuclear projects unfeasible, technological advancements and the imperative to reduce emissions have shifted the narrative. Renewables now offer a cost-effective and sustainable solution, with shorter implementation timelines and lower breakeven points compared to nuclear energy. However, the transition to a renewable energy-dominated grid is not without challenges, particularly in terms of scalability and infrastructure requirements.
Investment Opportunities in the Energy Transition
The energy transition presents a compelling investment opportunity trading at the lowest historical premium versus the MSCI, projecting to deliver a compound annual growth rate (CAGR) of over 2x that of the S&P in the next three years and most importantly, where the primary driver of returns is not dependent on who occupies the White House, but rather on stable or declining interest rates—an especially
promising prospect in the current environment.
The key drivers of this opportunity include:
- Surging Energy Demand: The developed world is experiencing a significant increase in energy demand, driven by reindustrialization, electrification, and the widespread adoption of AI. For instance, within the next three to four years, data centers in the West are projected to consume as much energy as entire regions, underscoring the scale of the challenge.
- Efficiency and Innovation: The role of semiconductors, particularly applicationspecific integrated circuits (ASICs), is critical in reducing energy consumption. These chips can achieve energy savings of up to 40%, making them indispensable in the era of AI and digital transformation.
- Green Buildings: Energy savings in buildings play a crucial role in emissions reductions. Circa 40% of global energy-related CO2 emissions come from buildings. Improved building envelopment reduces heat loss but also space cooling needs are growing x3 in the last years.
- Strategic Investment in Infrastructure: The need for robust electrical grids and advanced cooling systems is paramount. Recent power outages in countries like Spain and the UK have highlighted the vulnerabilities in existing infrastructure, prompting significant investments in network upgrades and complementary
services to ensure stability. - Favorable Market Conditions: The energy transition is particularly attractive in environments with stable or declining interest rates. Lower borrowing costs enhance the profitability of energy projects, making them more appealing to investors.
Navigating the Investment Landscape Investing in the energy transition requires a nuanced approach.
Two key principles stand out:
- Understanding the Value Chain: Investors must differentiate between the various players in the energy and technology sectors. For instance, while it may seem intuitive to invest in companies that sell tools (e.g., data centers) rather than those that manufacture them (e.g., chipmakers), rapid technological advancements can
disrupt traditional business models. Companies that innovate and adapt to new technologies, such as those producing energy-efficient chips, are better positioned to thrive. - Evaluating Resource Dependencies: The correlation between technology companies and the mining sector is complex. While it may be tempting to invest in mining companies that supply raw materials for technological products, the volatility of commodity prices and the cyclical nature of the mining industry pose significant risks. Active management and a deep understanding of supply and demand dynamics are essential for navigating this space.
- The role of emerging technologies, like nuclear fusion and hydrogen fuel cells hold promise for addressing the energy challenges of the future. However, their scalability and economic viability remain uncertain. Similarly, quantum computing are poised to disrupt traditional industries, further emphasizing the need of future innovation to be able to produce it on the Earth surface.
The energy transition is not just an ecological imperative; it is a strategic necessity for sustaining technological innovation and economic growth. The convergence of technology and energy sectors offers unprecedented investment opportunities, but it also demands careful planning and a comprehensive understanding of the challenges ahead. As the world braces for a potential energy drought, the time to act is now. By investing in sustainable energy solutions and resilient infrastructure, we can ensure a future where technology and industry continue to thrive, powered by a secure and efficient energy supply.
Authors
- Manuel Fernández Losa, Senior Investment Manager, Pictet Asset Management.
- Moderator: Juan Ramón Caridad, Head of Fide’s International Strategic Group.
Furthermore, this document is signed in a personal capacity and does not represent the official position of the institutions or entities to which the author may belong.
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