Eurostat The latest energy trade data presents a very clear contrast: in the second quarter of 2026, the EU's oil import payments increased by 55.8% compared to the average level of 2025, yet the import volume was only 36.7 million tons, with an increase of 1.2%. In other words, the sudden increase in costs is mainly not due to Europe significantly increasing its purchases, but rather to the rise in the cost per unit of energy. For the macroeconomy, this situation of "stable volume and rising prices" will worsen the terms of trade, shifting revenue from energy-consuming countries to suppliers.
The performance of natural gas was not completely synchronized. The import value of liquefied natural gas increased by 4.1%, while the quantity decreased by 5.6%; the import value of pipeline gas increased by 18.5%, and the quantity increased by 3.4%. Since the prices, contracts, and transportation methods for different types of energy vary, it is not appropriate to directly apply the 55.8% figure for crude oil to the overall energy imports. The data is more indicative of structural changes: when Europe maintains its necessary energy supply, the cost pressures faced are clearly uneven.
The overall supply sources are stable, but the degree of concentration determines the bargaining power and the risk of disruptions.
In the second quarter, the top three suppliers of crude oil to the European Union were still the United States, Norway, and Kazakhstan, with shares of 18.8%, 14.3%, and 13.4% respectively. The concentration in liquefied natural gas was even higher: the United States accounted for 63.2%, Russia for 17.3%, and Algeria for 8.1%. In terms of pipeline gas, Norway accounted for 51.2%, Algeria for 18.2%, and the United Kingdom for 11.1%; the latter surpassed Russia's 10.2% to enter the top three.
Stable supply sources are conducive to companies in arranging ports, pipelines, and storage facilities. However, high concentration also means that in the event of equipment failures, weather impacts, or contractual disputes with a major supplier, the cost of substitution can rise rapidly. Liquefied natural gas (LNG) can be transported across seas, offering greater flexibility than fixed pipelines, but it is subject to competitive bidding with regions such as Asia and is also constrained by liquefaction, shipping, and regasification capabilities. Pipeline gas may be more cost-stable, but its supply is more dependent on specific routes.
What enterprises actually bear is not just the price of imported goods. After energy arrives in Europe, it goes through transportation, insurance, storage, refining, and distribution. If market fluctuations increase, the costs of hedging and the requirements for margins also rise. Large public utility companies can diversify risks through long-term contracts, while small and medium-sized enterprises are often more dependent on the short-term market; therefore, the impact of the same round of import price increases is not equal across different industries.
A mere 1.2% increase in quantity cannot be simply interpreted as no change in demand at all. Eurostat This time, the comparison is between the average levels of the second quarter of 2026 and those of 2025, not a strict year-on-year comparison for the same quarter; seasonality, inventory levels, and procurement rhythms can all affect the quantity. To accurately assess real consumption, it is also necessary to consider changes in inventory, domestic production, and end-user demand. Maintaining the same comparison criteria in the report can prevent the misidentification of trade volume as final usage.
Energy bills affect the economy through three channels: trade deficits, corporate profits, and inflation.
The first point is regarding foreign trade. An increase in import volume accompanied by a significant rise in value means that the same amount of energy requires more funds to purchase. If export revenues do not improve accordingly, the trade balance will be under pressure. For transactions settled in currencies other than the euro, exchange rate fluctuations may further exacerbate costs. Member states that are more dependent on energy are usually more significantly affected.
The second point is corporate profits. Industries such as aviation, chemicals, steel, logistics, and food processing have a high energy intensity and are difficult to completely replace in the short term. Companies can choose to raise prices, cut profits, reduce production, or delay investments. Different choices will affect inflation, employment, and growth accordingly. If price fluctuations continue, companies may also re-evaluate the location of their factories and their long-term energy contracts.
Article 3 deals with resident inflation. Crude oil first affects fuels, while natural gas impacts heating and power generation, and then the effects spread to other goods through transportation and production costs. There is a time lag in this transmission process, and it is also buffered by taxes, subsidies, and regulated prices. A 55.8% increase in import amounts does not necessarily mean that consumer gasoline prices will rise in proportion, but it certainly increases the pressure on upstream suppliers.
The most challenging aspect at the policy level is distinguishing between short-term price shocks and long-term supply security. Temporarily releasing reserves, subsidizing bills, or adjusting taxes can alleviate immediate pressures, but they cannot replace investments in infrastructure and energy structures. Increasing import terminals, strengthening cross-border power grids, improving efficiency, and developing diverse sources of energy all require more time, but they can reduce dependence on a single supply route in the event of future external shocks.
Inventory data is a variable that must be considered together next. Stable import volumes may correspond to stable end-user demand, or it could also indicate that companies are restocking in a situation of low inventory; conversely, a decline in imports might simply be due to previously high levels of reserves. If we rely solely on customs data to assess energy consumption, it is easy to mistake the timing of purchases for changes in economic activity. Only by putting inventory, industrial output, weather, and power generation structure on the same chart can we distinguish between actual demand and trade patterns.
The contract duration also determines when high prices will be reflected in the bills. Long-term supply contracts can mitigate spot price fluctuations, but may lead to a concentrated release of pressure during repricing; spot purchases allow for quicker benefits when prices fall, but are more vulnerable during periods of price increases. EU member states and companies have different contract arrangements, so the 55.8% increase in import amounts will not be reflected equally and simultaneously for businesses and households across all countries.
This data also reminds the market that one should not focus solely on whether the list of suppliers changes. The fact that the source of supply remains unchanged does not mean that the costs associated with energy security remain the same. Prices, shipping, inventory, and contract terms are equally important. The continued prominence of the United States and Norway indicates that the supply restructuring in Europe over recent years is ongoing; at the same time, the concentration of liquefied natural gas sources and the sudden increase in crude oil bills both show that such a structure comes at a cost.
The most reliable assessment at present is that there was no abnormal expansion in crude oil imports by the European Union in the second quarter, yet they paid a significantly higher amount for roughly the same quantity. If future data shows a decline in costs while the quantity remains stable, the impact may mainly be temporary price fluctuations; however, if the high costs persist and affect production and wage systems, it could lead to more lasting issues of growth and inflation.
