The artificial intelligence AI boom we've witnessed in recent years has not only led to increased electricity consumption, but has also brought back-to-front assets. According to Bloomberg, this unexpected development has reignited interest in natural gas, particularly in North America, and forced investors to reevaluate their strategic plans.

 Until recently, the future of energy seemed set in stone. Green technologies, renewable energy sources, and a gradual shift away from fossil fuels were seen as the path to sustainable development. However, with each new AI breakthrough, with each giant data center built to train increasingly complex models, the reality has become much more pragmatic and, most surprisingly, cyclical.

 Data centers are the new giants of consumption

Artificial intelligence, from generative models that create content to complex algorithms that drive autonomous vehicles and optimize industrial processes, requires massive computing power. These capacities are concentrated in data centers, huge complexes filled with thousands of servers that process information around the clock. And every server, every chip, consumes electricity. A lot of electricity.

 Bloomberg experts note that the rate of growth in electricity consumption due to the development of AI has exceeded the most daring forecasts. If previously the growth was gradual and predictable, now we are witnessing an exponential leap. This creates unprecedented pressure on the existing energy infrastructure, forcing it to look for new, and sometimes forgotten, sources of energy.

The Return of Natural Gas: An Unexpected Triumph
In this context, natural gas, which many investors have already started to write off, is regaining its importance. This is particularly evident in North America, where a well-developed gas infrastructure and significant reserves make it an attractive solution for covering the peak loads caused by the needs of data centers.

 Why gas? Firstly, it is a relatively clean fossil fuel compared to coal, and it has a high energy density. Secondly, gas-fired power plants are more flexible and can start and stop quickly, which is ideal for compensating for fluctuations in renewable energy production (solar and wind), which are dependent on weather conditions. Thirdly, the existing infrastructure for gas transportation and storage reduces the costs and time required for its implementation compared to building new, large-scale solar or wind parks.

 Investors are rewriting the rules of the game

This unexpected turn of events is forcing investors to reevaluate their portfolios and strategic alliances. Assets related to the extraction and transportation of natural gas, which were considered outdated yesterday, are now attracting attention again. This means:

Increased investment in the gas industry: Companies involved in the extraction, processing, and transportation of natural gas can expect an influx of new capital.
Reevaluation of energy portfolios: Sustainable investors are forced to find a balance between long-term decarbonization goals and the short-term need for stable energy supply.
Increased Competition: The rise of AI and increased energy consumption are intensifying competition between different energy sources.
Innovations in Gas Technologies: We may see a new wave of technological advancements aimed at reducing emissions from natural gas combustion and improving its efficiency.
The Future of Energy: Unpredictable and Adaptive

June 5, 2026, may go down in history as the day when the unprecedented growth of AI exposed the complex and multifaceted nature of the energy sector. This does not negate the importance of transitioning to renewable energy sources, but it does highlight the need for a pragmatic and adaptive approach. Artificial intelligence, as a driver of technological progress, has unexpectedly brought back old, time-tested solutions, forcing all market participants, from engineers to investors, to rewrite the rules of the game. The future of energy is more unpredictable than ever, but it is this unpredictability that drives innovation and the search for new, efficient ways to meet our growing energy demands.