The energy sector is undergoing a period of high global volatility. Markets are increasingly interconnected.
Any geopolitical, technological, or financial event can, in a matter of days, disrupt the balance between supply, demand, and prices. For those leading this industry, the challenge involves navigating an environment where uncertainty has become a permanent feature of the system.
A recent example that clearly illustrates this fragility is the conflict in the Middle East, which has once again highlighted the global energy system’s dependence on certain strategic points. Nearly a quarter of the world’s seaborne oil passes through the Strait of Hormuz, along with significant volumes of liquefied natural gas and fertilizers, so any disruption to this route simultaneously impacts multiple economic chains (El Universal, 2026).
The consequences of these tensions are already being felt in the markets, as logistics costs and insurance premiums for maritime transport rise. For industry leaders, such episodes confirm that energy security, supply chain resilience, and global risk management are now central to the strategic agenda.
The energy transition enters a critical phase.
Beyond the geopolitical situation, the global energy transition is approaching a decisive phase.
According to the International Energy Agency (IEA), in 2026 the transition will be shaped by the global economy’s ability to sustain its growth in a geopolitical volatility setting, as well as by the partial easing of inflationary pressures due to moderating energy prices (IEA, 2025).
Projections indicate that the global economy will grow by around 3.1% in 2026, with particularly strong momentum in emerging and developing economies, which could expand by nearly 4%. This growth will continue to drive demand for energy services and force energy systems to evolve rapidly.
In this scenario, the energy transition will continue to be driven by two structural trends. On the one hand, the electrification of economies and the accelerated deployment of renewable energy, which in 2024 recorded record growth for the twenty-third consecutive year. On the other hand, the challenge of modernizing electricity grids, where investment continues to lag behind the pace of generation expansion.
Added to this is an increasingly critical dimension for energy planning: resilience to extreme weather events. In recent years, environmental phenomena have disrupted the energy supply to more than 200 million households, making adaptation and operational resilience immediate priorities for the industry.
Artificial Intelligence and a New Way of Leading
But the challenge does not stem solely from the geopolitical or economic environment. Technological transformation is also redefining how decisions are made and work is organized within companies. The Deloitte 2026 report argues that we are facing a paradigm shift: leadership can no longer be limited to managing technical efficiency but must focus on building what it calls the “human advantage” in a context of constant change.
In this sense, one of the first adjustments involves understanding that the adoption of artificial intelligence is not merely a technological issue, but an organizational one. Leadership must evolve into a role as a designer of synergies, capable of integrating the potential of people with that of machines. As the report notes: “Competitive advantage is now driven less by technological differentiation and more by the cultivation of the human advantage (…) Value is unlocked through a reimagining of work that brings together the best of humans and machines in concert,” (Deloitte, 2026).
Decision-making as a strategic discipline
At the same time, the volume of information and strategic options available to energy companies is growing. This forces a rethink of how decisions are made. According to Deloitte, leaders must treat decision-making as a strategic discipline, clearly defining when human judgment must prevail and when it can rely on algorithms.
In this way, energy leadership also faces a profound cultural shift. The traditional model based on control, rigid planning, and closed hierarchies is becoming increasingly less effective in an environment where market cycles are shortening and disruptions are constant.
Adaptability and organizational curiosity are becoming strategic assets. Leadership trends suggest that the organizations that will thrive are those capable of turning disruption into an opportunity to rethink how they work, redefine roles, and generate new value, rather than attempting to return to strategic models of the past (Deloitte, 2026).
Artificial intelligence can be replicated, but people cannot. Therefore, leadership at this historic moment demands elevating the value of creativity, discernment, and human judgment within organizations. It also demands building trust in teams facing accelerated technological transformations and needing visible, consistent leaders to guide that process.
Leading the Energy Transition
Under these conditions, leadership in the energy sector must become a balancing act between strategic vision, adaptability, and change management.
Aligning leadership profiles in this direction will be essential to advancing the energy transition. Building more resilient, diversified systems capable of integrating different energy sources will be key in the coming years, as emerging technologies, renewable energy, and transition fuels coexist within the same system.
In this scenario, natural gas will continue to play a significant role as a transition fuel, helping to strengthen energy security while moving toward increasingly sustainable systems. Therefore, the leadership required today must not only manage the energy of the present but also strategically design the energy system of the future.
