OPEC production in April hit its lowest level in more than two decades following disruptions caused by the closure of the Strait of Hormuz and the escalating conflict between Iran, the United States, and Israel. The cuts directly impacted oil exports from the Persian Gulf and put renewed pressure on the global energy market.
According to a Reuters survey, the Organization of the Petroleum Exporting Countries (OPEC) cut its output by 830,000 barrels per day compared to the previous month. This brought the bloc's oil production down to 20.04 million barrels per day, a level not seen since the early 2000s.
The main factor behind the fall was the partial disruption of maritime traffic in the Strait of Hormuz, a strategic route through which about a fifth of the world's traded oil passes.
Following the start of the regional price war in late February, several producing countries faced logistical difficulties in maintaining their exports. This situation ultimately impacted the plans of OPEC+, which had previously agreed to gradually increase production during April.
However, the deteriorating geopolitical scenario made it impossible to meet those planned increases.
Kuwait was the hardest hit OPEC member in April. A Reuters survey indicates the country suffered a full month of export disruptions, resulting in the largest drop in production within the group.
Saudi Arabia and Iraq also reduced their pumping levels due to difficulties in moving shipments in the region.
Meanwhile, the United Arab Emirates managed to increase production thanks to an alternative export infrastructure that bypasses the Strait of Hormuz. Maritime traffic data even showed an increase in Emirati shipments during April.
The decline in OPEC production is increasing concerns about a potential supply shortage in the coming months. Market analysts believe this situation could put further pressure on international oil prices and raise inflationary risks for importing economies.
Furthermore, the production slump comes at a particularly delicate time for the energy market. Global demand remains stable while logistical problems and military tensions persist in the Middle East.
The data is also relevant because April's production fell even below some levels recorded during the COVID-19 pandemic, when global fuel consumption plummeted.
The current crisis exposes the difficulties OPEC+ faces in stabilizing the oil market amidst geopolitical conflicts. Although several producers sought to recover some of the supply lost in previous months, the partial blockade of the Strait of Hormuz once again disrupted the balance between supply and demand.
Furthermore, the situation could become even more complicated following the United Arab Emirates' official withdrawal from OPEC, effective May 1st. This move adds uncertainty regarding future coordination within the oil bloc.
For now, the market remains attentive to the evolution of the conflict with Iran and any sign of the full reopening of maritime routes in the Persian Gulf.
Germany, Great Britain, and Bulgaria have emerged as the most attractive destinations in Europe for investing in energy colocation projects by 2026, according to a report by Aurora Energy Research. This model combines renewable energy and battery storage at the same site to improve profitability and mitigate the effects of grid congestion. Germany leads due to the size of its market and its capacity to boost the financial return on projects. Great Britain stands out for its extensive portfolio backed by public contracts, and Bulgaria is gaining strength thanks to subsidies and competitive costs.
The study indicates that pressure on European electricity grids is growing rapidly. More than 1,600 GW of renewable and storage projects are still awaiting connection across the continent, with Great Britain alone accounting for some 550 GW. This is compounded by the rise in negative electricity prices in markets such as Spain, Germany, and the Netherlands, where this phenomenon is already occurring for more than 500 hours annually. Aurora warns that these distortions will continue to increase as solar and wind power generation expands in Europe.
The blockade of the Strait of Hormuz is putting severe pressure on the global oil market and could delay the sector's recovery until 2027, according to Amin Nasser, CEO of Saudi Aramco. The maritime passage, through which approximately one-fifth of the world's oil normally flows, is experiencing one of its worst disruptions in history. Currently, only two to five ships are crossing daily, compared to the usual 70 or so, while the market is losing around 100 million barrels per week.
The crisis has driven up energy prices and heightened concerns about a new wave of inflation and a potential global economic slowdown. To mitigate the impact, Aramco increased exports through the East-West pipeline to the port of Yanbu on the Red Sea, managing to maintain between 60% and 70% of its crude oil shipments. The company is also looking to expand export capacity on that route and accelerate the recovery of several affected refineries in Saudi Arabia.
The capacity of renewable energy projects with integrated batteries in Europe will grow by more than 450% by 2030, according to a report by Aurora Energy Research. The continent currently has 6.3 GW of installed capacity using this model and is expected to reach approximately 35 GW in the next five years. Solar energy is leading this expansion, accounting for more than 60% of current developments, driven by the need to store electricity during periods of low demand and sell it when prices rise.
Germany appears to be the most attractive market for developing these types of projects due to the potential for financial returns and the size of its energy system. Great Britain and Bulgaria also stand out for their favorable conditions for new investments. Meanwhile, countries like Spain, France, and Hungary are gaining attention due to regulatory changes that could further boost energy storage and hybrid projects.
The Vietnamese company BSR and the German organization GIZ have signed an agreement to research and test the production of synthetic fuels in Vietnam. The project will seek to develop sustainable aviation fuel known as e-SAF and green methanol e-MeOH using Power-to-Liquid technology. This system uses green hydrogen generated with renewable electricity along with captured CO₂ to produce fuels with lower emissions.
The initiative includes the creation of a pilot plant and a feasibility study that will analyze technical, economic, and environmental aspects under real-world conditions in Vietnam. Activities will officially begin in May 2026 and will be supported by the German Power-to-X International Centre. For BSR, this collaboration represents part of its strategy to advance towards low-carbon fuels and strengthen the energy transition in the Asian country.
