Global Oil, Gas, and Energy Sector News for Saturday, February 7, 2026: Oil, Gas, Energy, Renewables, Coal, Refineries, Electricity, and Key Events in the Global Energy Market.
As of February 2026, the dynamics of the global oil and gas market are shaped by opposing factors: oversupply and persistent geopolitical tensions. Western countries continue to tighten sanctions on energy exports from Russia (as of February, the price cap on Russian oil has been reduced to $44.1 per barrel), while key importers such as India are revising their procurement strategies under diplomatic pressure. Nonetheless, oil prices remain relatively stable (Brent around $68 per barrel) due to expectations of supply surplus. The European gas market is enduring the winter without major disruptions, despite rapidly dwindling gas reserves in storage facilities, aided by mild weather and high LNG supplies. Concurrently, the global energy transition is picking up pace: renewable energy capacities are setting records, although traditional resources—oil, gas, and coal—still play a key role in global energy supply. This review highlights current trends in the fuel and energy sector (oil, gas, oil products, electricity, coal, renewables) as of February 7, 2026.
Oil Market: Supply Surplus Amid Sanctions
At the beginning of February, oil prices have stabilized after a moderate increase: North Sea Brent is trading around $68 per barrel, while US WTI stands at approximately $64. The market balances between oversupply and geopolitical risks. A significant oil surplus is expected in the first quarter of 2026—according to the IEA, global supply may exceed demand by ~4 million barrels per day. At the same time, threats of supply disruptions (Iran, Venezuela, others) prevent prices from falling significantly below current levels. Several factors are influencing the situation:
- Increased Production and Slowing Demand. The OPEC+ oil alliance has increased production in 2025 after a long period of restrictions; however, at the beginning of 2026, it has halted further quota increases. Nevertheless, non-OPEC supply is rising: the US, Brazil, and other countries have reached record oil production levels. In parallel, global demand growth for oil is slowing amid cautious economic conditions worldwide: China’s economy is projected to grow by about 5% in 2026 (compared to over 8% in 2021-2022), while high interest rates in the US and Europe are limiting consumption. The IEA forecasts an increase in global oil demand in 2026 of only ~0.9 million barrels per day (in contrast, growth exceeded 2 million barrels per day in 2023).
- Sanctions and Geopolitical Risks. In early February, another round of sanctions came into effect: the EU and the UK reduced the price cap on Russian oil to $44.1 per barrel (from the previous $47.6), aiming to cut Moscow’s oil revenues. Simultaneously, the threat of supply disruptions from problematic regions persists. The US has taken a firmer stance on Iran, not ruling out strong measures against its oil infrastructure; Venezuela’s political crisis has temporarily reduced exports from there; drone attacks and malfunctions in the Republic of Kazakhstan have decreased production at certain fields. All these factors raise the risk premium in the oil market, partially offsetting pressure from oversupply.
- Restructuring Export Flows. Major Asian consumers are adjusting their oil import structures. India, which was previously purchasing over 2 million barrels per day of Russian oil, has begun to scale back these supplies under Western pressure: in January 2026, the volume fell to ~1.2 million barrels per day—a minimum in almost a year. While New Delhi does not currently plan a complete cessation of Russian hydrocarbons, the reduction in purchases is forcing Moscow to redirect its exports to other markets, primarily to China. Chinese refineries are increasing their purchases of Russian crude at discounted prices, strengthening the energy partnership between Beijing and Moscow.
Gas Market: Decreasing Reserves in Europe and Record LNG Imports
By February, the European gas market remains relatively calm, although underground gas storage (UGS) facilities are rapidly depleting as winter progresses. European stocks have dropped to ~44% of total capacity by the end of January—this is the lowest level for this time of year since 2022 and significantly below the ten-year average (~58%). However, mild winter conditions and stable liquefied natural gas supplies allow for the avoidance of shortages and price shocks. Gas futures (TTF index) are holding at moderate levels, reflecting market confidence in resource availability. The situation is defined by several key trends:
- Depletion of Reserves and Need for Replenishment. Winter consumption is leading to a fast decline in gas volumes in storage. If current trends continue, UGS in the EU may only be filled to ~30% by the end of March. To raise storage levels back to comfortable 80-90% before the next winter, European importers will need to inject around 60 billion cubic meters of gas during the off-season. Achieving this goal will require maximizing purchases during warmer months, especially since a significant portion of imported gas is consumed immediately. The market faces a challenging task to replenish underground reserves by autumn—this will be a significant test for traders and infrastructure.
- Record LNG Supplies. The decline in pipeline supplies is compensated by unprecedented imports of liquefied natural gas. In 2025, European countries imported about 175 billion cubic meters of LNG (+30% compared to the previous year), and in 2026, imports are expected to reach 185 billion cubic meters. The increase in purchases is enabled by an expansion of global supply: new LNG plants in the US, Canada, Qatar, and other countries are leading to a further increase in global LNG production of approximately 7% this year (the highest rates since 2019). The European market is counting on successfully getting through the heating season with high LNG purchases, especially since the EU has decided to completely stop imports of Russian gas by 2027, which will require replacing ~33 billion cubic meters annually with additional LNG volumes.
- Eastern Reorientation of Exports. Russia, having lost the European gas market, is increasing supplies to the east. Volumes through the Power of Siberia gas pipeline to China have reached record levels (close to the planned capacity of ~22 billion cubic meters per year), while Moscow is accelerating negotiations on building a second mainline through Mongolia. Russian producers are also increasing LNG exports to Asia from the Far East and the Arctic. However, even with the Eastern direction, total gas exports from the Russian Federation remain significantly reduced compared to levels before 2022. The long-term restructuring of gas flows is ongoing, solidifying a new global map of gas supply.
Refined Products and Processing Market: Capacity Growth and Stabilization Measures
The global refined products market (gasoline, diesel fuel, kerosene, etc.) is demonstrating relative stability at the beginning of 2026, following a period of upheaval. The demand for fuels remains high due to the recovery of transport activity and industrial production. At the same time, the increase in global refining capacities facilitates the satisfaction of this demand. After shortages and price peaks in recent years, the supply situation for gasoline and diesel is gradually normalizing, though some regions still experience disruptions. Key characteristics of the sector include:
- New Refineries and Increased Processing. Major oil refining capacities are being brought online in Asia and the Middle East, increasing the overall fuel output. For example, the modernization of the Bahrain oil refinery Bapco has expanded its capacity from 267,000 to 380,000 barrels per day, with new plants operational in China and India. According to OPEC, the global refining capacity is expected to increase by approximately 0.6 million barrels per day annually from 2025 to 2027. The growth in refined product supply has already led to a decrease in refining margins compared to record levels in 2022-2023, alleviating price pressure for consumers.
- Price Stabilization and Local Disbalances. Global gasoline and diesel prices have fallen from peak levels, reflecting cheaper oil and increased supply. However, local spikes are still possible: for instance, winter frosts in North America temporarily raised demand for heating fuel, while in certain countries in Europe, a high premium on diesel persists due to the restructuring of logistics chains following the embargo on Russian supplies. Governments are employing smoothing mechanisms—ranging from fuel tax reductions to releasing portions of strategic reserves—to control prices during sudden spikes in demand.
- State Regulation to Stabilize the Market. In some countries, authorities continue to intervene in the fuel market to stabilize supply. In Russia, after the fuel crisis of 2025, export restrictions for refined products remain: the prohibition on gasoline and diesel exports for independent traders has been extended to summer 2026, and oil companies are allowed only limited exports. Simultaneously, the price damping mechanism has been prolonged, under which the state compensates refiners for the difference between domestic and export fuel prices, encouraging supplies to the domestic market. These measures have alleviated gasoline shortages at gas stations, although they highlight the significance of manual market control. In other regions (e.g., some Asian countries), authorities are also resorting to temporary support measures—reducing taxes, subsidizing transport, or increasing import supplies—to mitigate the impact of sudden price fluctuations.
Electricity Sector: Rising Demand and Network Modernization
The global electricity sector is experiencing accelerated growth in demand, accompanied by significant infrastructure challenges. According to the IEA, global electricity consumption will grow by more than 3.5% annually over the next five years—substantially outpacing the overall energy consumption growth. Key drivers include the electrification of transport (growth of the electric vehicle fleet), the digitalization of the economy (expansion of data centers, AI development), and climate factors (increased use of air conditioning in hot climates). After a period of stagnation in the 2010s, demand for electricity is again rising even in developed countries. At the same time, energy systems require significant investments to maintain reliability and connect new capacities. Key trends in the electricity sector are as follows:
- Network Modernization and Expansion. The increase in loads on the networks necessitates modernization and construction of new transmission lines. Many countries are launching programs to upgrade the grid, accelerate the construction of power lines, and digitalize energy flow management. According to the IEA, over 2500 GW of new generation and large consumer capacities worldwide are expected to connect to the electricity grids—bureaucratic delays often span years. Overcoming these “bottlenecks” is becoming critically important: annual investment in electricity networks is projected to increase by 50% by 2030; otherwise, generation development will outpace infrastructure capabilities.
- Supply Reliability and Energy Storage. Energy companies are implementing new technologies to maintain stable electricity supply under record loads. Energy storage systems are rapidly developing—industrial battery farms with growing capacity are being built in California and Texas (USA), Germany, the UK, Australia, and other regions. Such batteries help balance daily peaks and integrate uneven renewable generation. Concurrently, network protection is being enhanced: the industry is investing in cybersecurity and equipment upgrades, considering risks to reliability from extreme weather, infrastructure wear, and cyberattack threats. Governments and electricity generation companies worldwide are directing significant resources toward increasing the flexibility and resilience of energy systems to avoid blackouts amid increasing economic reliance on electricity.
Renewable Energy: Record Growth and New Challenges
The transition to clean energy continues to accelerate. The year 2025 set a record for the installation of renewable energy (RE) capacities—primarily solar and wind power plants. According to preliminary data from the IEA, in 2025, the share of RE in global electricity generation equaled that of coal for the first time (around 30%), while nuclear generation also reached record levels. In 2026, clean energy will continue to increase production at an accelerated pace. Global investments in the energy transition are hitting new highs: according to BNEF, over $2.3 trillion was invested in clean energy and electric transport projects in 2025 (+8% compared to 2024). Governments in major economies are expanding support for green technologies, viewing them as drivers of sustainable growth. The European Union has introduced stricter climate targets requiring accelerated deployment of carbon-free capacities and market reforms for emissions, while the US continues to implement stimulus packages for renewable energy and electric vehicles. However, the rapid development of the sector comes with certain challenges:
- Material Shortages and Rising Project Costs. The surge in demand for RE equipment has led to price increases for critically important components. In 2024-2025, record prices for polysilicon (a key material for solar panels) were observed, along with notable price increases for copper, lithium, and rare earth metals needed for turbines and batteries. Increased production costs and supply chain disruptions have occasionally slowed the implementation of new RE projects and reduced profitability for producers. However, by the second half of 2025, stabilization of prices for many materials was seen, thanks to expanded production and measures taken to address bottlenecks.
- Integration of RE into Energy Systems. The increasing share of solar and wind power plants imposes new requirements on energy systems. The variable nature of RE generation necessitates the development of backup capacity and storage systems for balancing—from fast-reserve gas turbines to industrial batteries and pumped-storage plants. The electrical grid infrastructure is also being modernized to transmit energy from remote RE locations to consumers. The accelerated development of these directions should help curb CO2 emissions: according to IEA forecasts, even with increased consumption of electricity, global emissions from the power sector may remain at mid-2020 levels if low-carbon capacities are deployed timely and in sufficient volume.
Coal Sector: High Demand in Asia Amidst Transition Aspirations
Global coal consumption remains at historically high levels, despite efforts to decarbonize the economy. According to the IEA, in 2025, global coal demand rose by 0.5% and reached ~8.85 billion tons—a new record. In 2026, coal consumption is expected to remain close to this level with a slight decrease (effectively a “plateau”). The increase in coal burning is concentrated in the developing economies of Asia, while Western countries are systematically reducing their use of this fuel. The coal sector is experiencing the following trends:
- Asian Demand Supports Production. Countries in South and East Asia (China, India, Vietnam, etc.) continue to actively use coal for electricity generation and in industry. For many developing economies, coal remains an accessible and important resource providing base load generation. During peak consumption periods (e.g., during extremely hot summers or harsh winters), coal-fired power plants help cover maximum loads when renewable sources and gas generation are insufficient. Steady demand in Asia supports high production volumes in major coal-producing countries, temporarily alleviating pressure on the sector.
- Phase-out of Coal in Developed Countries. In parallel, developed economies are accelerating the phase-out of coal generation. In the EU, US, UK, and other countries, old coal power plants are being decommissioned, and restrictions are imposed on starting new projects. Declared governmental targets outline the complete elimination of coal from the power sector over the coming decades (the EU and UK are targeting the 2030s). International climate initiatives also intensify pressure: financial institutions are retracting investments in coal projects, and countries commit to phasing out coal capacities in UN negotiations. These trends, in the long run, limit investments in the coal sector and complicate development plans for companies.
- Ambiguous Prospects for Business. For coal mining companies, the current situation is twofold. On the one hand, high demand (primarily in Asia) is ensuring record revenue and short-term investment opportunities for modernization. On the other hand, strategic prospects are deteriorating: new projects are fraught with the risk that in 10–15 years, coal will lose a significant portion of the market. A strict environmental agenda increases uncertainty—companies are compelled to incorporate gradual diversification into their strategy. Many industry players are reinvesting current superprofits into adjacent sectors (metallurgical raw materials, chemical production, renewables) to prepare for the declining role of coal in future energy balances.
Forecast and Prospects
Overall, the global fuel and energy complex enters 2026 with contradictory signals. The oil market is balancing between the expected supply surplus and ongoing geopolitical threats, which is likely to keep prices within a relatively narrow range without sharp jumps (barring any force majeure). The gas sector faces the challenge of replenishing reserves in Europe after winter: an historically low level of UGS means that the main intrigue for the year will be whether importers can attract sufficient volumes of LNG and gas from alternative sources to restore reserves by autumn.
Energy companies (oil, gas, and electricity) and investors continue to adapt to the new reality. Some oil and gas corporations are increasing production and modernizing refineries to capitalize on current demand for traditional energy sources, while other players are investing more actively in renewable energy, networks, and energy storage, focusing on long-term decarbonization trends. Investments in green energy are already comparable to those in the fossil sector; however, meeting the growing global demand is still reliant on a significant share of oil and gas. For investors and market participants in the energy sector, the main challenge is to balance strategies to leverage the market opportunities in the oil and gas sector while also not missing out on the advantages of the energy transition. In the coming months, the industry will focus on OPEC+ decisions and regulators, the success of expanding renewables and infrastructure development, as well as macroeconomic factors (economic growth rates, inflation, and central bank policies), which will determine the dynamics of energy demand. The global energy market remains dynamic and ambiguous, requiring companies and investors to be flexible and possess long-term vision amid constant changes.
