By : Simar Kaur, Research Analyst, GSDN
Introduction
As the second-largest economy and leading industrial nation in the world, the issue of energy security is not only of economic importance but also one of the pillars of sovereignty for China. As a result of the tremendous energy needs required to power its industry, data centres, electric car fleet, and cities, China has become the biggest consumer of imported crude oil and liquefied natural gas (LNG), getting about 70 per cent of its oil supplies and 40 per cent of its gas supplies from foreign sources. The tremendous dependence on foreign energy supplies, especially from such unstable regions as the Middle East, has long been regarded as one of the key weaknesses of China by military strategists in Beijing and Washington. However, a deeper analysis of the Chinese energy situation in June 2026 shows a completely different picture. Using decades of experience, China has managed to transform this weakness into a kind of calculated vulnerability.
The Nature and Scale of Dependency
Understanding the energy problem of China requires that one first appreciate the scale of the problem. Although China is the top producer of coal in the world and an important producer of oil, with a production capacity of about 200 million tonnes per year, China consumes more than what it produces. The fossil fuel dilemma that faces China is quite pronounced in that about 75 per cent of China’s total energy consumption comes from fossil fuels, while coal accounts for over 55 per cent of that total. The major weakness comes in the form of oil. China’s crude oil imports are largely dependent on the single maritime strait that serves as the Strait of Hormuz. By 2025, about half of China’s crude oil import sources will be from the Middle East. The single point of failure represented by the strait through which an estimated 80 per cent of Asia’s crude oil and LNG flows has been a source of Chinese anxiety for decades now. The war in the region, resulting in a closure of the strait at the start of 2026, seems to have justified these anxieties, as evidenced by the occurrence of what the International Energy Agency described as “the most serious global interruption in energy supplies” and a spike in international oil prices to over US$110 per barrel. This dependency provides a direct link through which geopolitical risks can affect the domestic economy. High oil prices are included in producer and consumer prices, functioning as a tax upon the industrial system. But in contrast to Japan and South Korea, which are much more vulnerable to Strait of Hormuz problems, China has worked for many years to avoid becoming a hostage to its dependency.
The Strategy of Supply Source Diversification
A major strategy that has been put in place in an attempt to defend itself from any external threat is diversification of import sources. The rationale behind Beijing’s strategy has been that it does not want its “energy bowl” to be kept in one basket. It has been trying to change the geography of its energy import. Crude oil imports have shifted from the Middle East in a very clear example. The Middle East has seen its proportion of total oil imports decline from about 70% in 2016 to about 55% by 2025. Russia is now the biggest supplier of crude oil to China, as the proportion of Russian oil to China’s total oil imports has risen to nearly 20% in the first five months of 2026. This is due to increasing trade between the two nations despite Western sanctions. In addition to Russia, China has developed oil supply links to other regions, including Central Asia (through overland pipelines), Africa (mainly Angola) and South America (Brazil). By 2025, China had developed oil import connections to about 50 countries. The same trends can be observed in the case of coal. Traditionally, China has been heavily dependent on Indonesia; coal imports from the archipelago accounted for almost 43 per cent of the total imports in 2025 . But when Indonesia introduced long-term cuts in their export quotas in 2026 in order to meet its own domestic needs for nickel smelting, China managed to cope with the situation quite well. In the absence of the supply problem, it found new resources for importing from other nations, including Russia (an increase of 33 per cent), Mongolia (an increase of 42 per cent), and Australia.
The Logistics of Resilience: Pipelines and Stockpiles
In addition to importing from other countries, China has also made major investments in infrastructure that would guarantee the security of its supply chains. Route diversification is as crucial as source diversification. The construction of overland pipelines provides a clear alternative to the risky sea routes of the Indian Ocean and Strait of Hormuz. The crude oil pipeline network between China and Russia (Eastern and Western routes) currently has an annual capacity greater than 100 million tons of crude oil passing through an infrastructure that is totally safe from any disruptions by sea attacks. This is enhanced by a pipeline network of over 200,000 km for oil and gas in the whole of China. Another vital element of defence is the formation of a huge strategic petroleum reserve. Although China is not a member of the International Energy Agency (IEA) and does not make public figures about its reserves, experts estimate that both strategic and commercial reserves in the country are within the range of 12 billion to 14 billion barrels. This is an enormous amount of petroleum reserves, and according to some calculations, they could meet China’s consumption for more than 110 days without any imports at all. Such reserves have been accumulated gradually through years of buying inexpensive crude in times of economic depression. In response to the 2026 Hormuz crisis, the Chinese government exercised self-control in its resource releases, indicating that the problem was serious but not critical.
Domestic Structural Transformation: The “Energy Powerhouse” Goal
The fundamental change in China’s energy strategy is not how it handles its imports; rather, it is decreasing its economic dependence on them. The objective of China being an “energy powerhouse” is now officially incorporated in China’s 15th Five-Year Plan (2026-2030). The idea of an “energy powerhouse” implies much more than abundant energy supplies. It entails system resilience, technological independence, and green energy dominance. The key component of this new approach is the rapid expansion of non-fossil energy capacity. China is already the clear global leader in renewable energy production, as its renewable energy capacity totals 2.4 billion kilowatts by March 2026, representing more than 60 per cent of its total installed capacity. Its renewable energy production has totalled 37 per cent of the total power production in the first quarter of 2026. The goal of the government is to raise the proportion of non-fossil fuels in total energy consumption to 25 per cent by 2030. This is not only a policy on the environment but a matter of national security as well, to “secure the energy bowl in your hands”. Electrification in transport is probably the most striking part of this structural change. According to recent reports, about 45 per cent of new vehicles registered in China in 2025 were New Energy Vehicles (NEVs). These figures translate into a noticeable decline in oil consumption. Thus, electric trucks operating in China have displaced around 1 million barrels per day of oil demand in 2025, and the amount is expected to rise to 2.7 million barrels per day in 2030. Such an effort helped to reduce the risk from oil price increases. Moreover, China is using its industrial capacity to build buffers for itself in terms of technology. The establishment of efficient coal-to-chemicals industries allowed for creating domestic substitutes for imported petrochemical feedstocks in the case of a lack of naphtha and LPG. The use of coal is quite contradictory in terms of greenhouse gases, but it helps as an additional source in case of supply disruptions.
Systemic Integration: Moving from Capacity to Capability
The most crucial turning point in the process of the transformation of China’s energy mix involves a change from an emphasis on increasing the capacity of energy production to the process of incorporating the capacity of energy production into an intelligent “new energy system”. The development of renewable energy sources, including solar and wind energy, has created new problems connected with intermittency and grid congestion. This problem is resolved through the 15th Five-Year Plan, which puts special attention to energy storage, smart grids, and UHV transmission lines. As of April 2026, it was clear how the structural dilemma facing China was evident through the data presented. Despite record-breaking renewable energy installations, solar and wind power production was constrained by unfavourable weather conditions as well as grid management challenges. As such, there was an upturn in the production of power using coal, marking the fourth consecutive month. This shows the strategic function played by coal in China’s energy policy. Although the ultimate vision is to make coal a supplementary source of energy to ensure grid reliability, the current role of coal as a steady domestic source of base-load power creates a strategic buffer to the uncertainties that would arise from oil and gas imports. Nonetheless, no timeframe has been indicated for the changeover from coal, and the expectation is that the consumption will “peak.”
Geopolitical Implications and Global Power
It means that China’s increased energy resilience poses important consequences for its foreign policy. Western expectations that the government would be forced to act as a mediator and security provider in the Middle East just because of its energy dependence on this region turned out to be overly simple. Thanks to diversified sources, reserves, and the increase in domestic capacity, Beijing has significantly decreased the ability of the Middle East to impose its demands on China. On the contrary, China is acting in a rather flexible way now. If Beijing’s interests coincide with those of other states, for example, preventing the destruction of international energy flows, then it will cooperate with them. However, if it comes to Western coercion that may endanger China’s ability to get cheap oil from sanctions-hit countries like Iran, then it will resist. In addition, China has plans to leverage its energy revolution to increase its soft power. Being the biggest producer of solar panels, batteries, and other clean energy equipment, China commands over 80% of the world’s solar value chain. With the conflict in the Middle East, there now exists a chance for China to offer its clean energy equipment to countries of the Global South in order to use them for energy security and cut down on dependency on oil imports. In this way, China gets to export its technology, set international standards, and create infrastructure dependence – essentially making it into a “powerhouse of energy”.
Conclusion
The evaluation of China’s energy dependency is an example of a state caught up in a deep strategic shift. Indeed, “vulnerability” caused by being the greatest energy importer in the world is being carefully disassembled via a multi-layered strategy, which has turned China into an extremely resilient state amid the energy shocks faced at the global level. It cannot overcome its dependency on energy imports; however, China has managed to make peace with the risk, thus turning what once was the vulnerability into an effectively managed issue. The 2026 Strait of Hormuz incident serves as proof of the effectiveness of China’s strategy and shows that the diversification of supply, stockpiling, and restructuring of its energy consumption have formed a resilient system capable of absorbing significant shocks. China’s energy path has become aimed at achieving its “energy powerhouse” status through electrification of its economy and the possession of key energy technologies rather than reducing its size. As for global rivals of China, its energy policy is becoming a strength instead of a liability.
