The year 2026 finds the global energy system at a crossroads defined by geopolitical fragmentation, accelerating decarbonization, and persistent market volatility. Major shocks of the early 2020s—most notably the post‑pandemic demand rebound, Russia’s invasion of Ukraine, and the ongoing restructuring of global trade flows—have fundamentally altered the set of assumptions that governed energy markets for decades.

The white paper Industrial Transformation in ASEAN: A Cluster-Driven Model for Regional and Global Collaboration examines South-East Asia’s rapid industrial growth while navigating rising energy demand and the energy transition. ASEAN is home to over 670 million people and is the world’s fifth-largest economy. As its economies expand, dependence on fossil fuels, fragmented policies and high financing costs risk undermining energy security, competitiveness and resilience.

Fossil fuels are no longer optional in the near term, yet their long-term dominance is increasingly questioned; biofuels and clean fuels are emerging as strategic bridges; and the energy transition’s contours are reshaping investment flows, infrastructure priorities, and risk management frameworks for energy and commodity traders.

Looking ahead to 2026, several key trends and developments are emerging that will affect the European container supply chain. Predicting the future is not an exact science. However, patterns do emerge based on data, and market analytics platform Xeneta excels at recognising those patterns.

As geopolitical and policy volatility reshape global priorities, sustainability-minded companies and investors must look beyond quarterly cycles to ensure long-term prosperity. Our 2026 Sustainability Outlook delivers essential intelligence on climate risk, decarbonization, adaptation, and the evolving landscape of corporate commitments, empowering you to make confident decisions in uncertain times.

The United States’ renewed intervention in Venezuela is not just a geopolitical event — it is a market signal. For energy traders, investors, and risk managers, the key question is not whether Venezuelan barrels will immediately return to the market, but how this move reshapes expectations, pricing dynamics, and capital flows across Latin America.

In the last five years, green hydrogen has moved from a niche idea to a cornerstone of the European Union’s vision for decarbonisation. Although still in its early stages, this energy carrier — produced through electrolysis powered by renewable electricity — is shaping up as a critical tool for reducing carbon emissions in hard-to-abate sectors such as heavy industry, long-distance transport and chemical manufacturing.

Over the past five years, biofuels have continued to play a relevant role in Europe’s energy transition. Although often overshadowed by the rapid growth of electrification and renewable sources such as solar and wind power, biofuels remain essential in sectors like transport. Between 2020 and 2025, their consumption in the European Union reflected both the progress achieved and the tensions inherent in a transforming energy system.

The easing of the rules gives the hydrocarbon sector additional breathing space to adapt in an orderly way to the energy transition. By preserving a role for liquid fuels and transitional technologies, the EU creates room for innovation in e-fuels, advanced biofuels and lower-carbon industrial processes. Rather than a setback, the adjustment could offer the sector an opportunity to redefine its place in an increasingly decarbonised economy.

This is the full session video of the 21st edition of Energy Prospectives, that took place on November 13, 2025, at the Madrid Campus of IESE Business School. On this occasion, the series of high-level conversations between Naturgy Foundation and IESE included the participation of Jennifer M. Granholm, former Secretary of the US Department of Energy, and Martin Wolf, Deputy Editor and Economics Columnist at the Financial Times.

Critical minerals are essential to the energy transition, powering electric vehicles, renewable energy systems and energy storage technologies. Southern Africa holds nearly 30% of the world’s reserves, including cobalt, copper, graphite, lithium, manganese and platinum-group metals, yet attracts less than 10% of global exploration financing. Unlocking this potential is critical to strengthening global supply resilience and driving inclusive growth across the region.

On Monday, April 28, 2025, at exactly 12:33 pm (CEST), daily life across the Iberian Peninsula came to an abrupt halt. In just a few seconds, mainland Spain and Portugal — nearly 60 million people — lost electricity almost entirely. Trains stopped, traffic lights went dark, mobile networks became unreliable and hospitals switched to emergency generators. For many citizens, it was the first time they had experienced a blackout of such magnitude.

2022–2024 period depicts a fuel system in transition: structurally stable in aggregate yet increasingly differentiated across fuel families; anchored in diesel and conventional hydrocarbons, yet showing clear signals of diversification driven by tourism, mobility recovery, industrial cycles and emerging electrification. The trends observed here will shape the strategic and operational context for Spain’s energy, mobility and retail‑fuel sectors as the country moves deeper int

The Observatory aims to support informed decision-making among industry stakeholders, policymakers, investors, and organisations involved in energy planning and compliance.