A New Era of Energy Security: Reassessing China’s 'Big Three Oil Companies'?

The research report states: 'PetroChina stands out as the core beneficiary of the structural enhancement in energy security value. The company controls over 80% of China’s proven domestic oil and natural gas reserves.' Regarding the transformation of its business model, the report notes: 'Over the past three years, PetroChina has meaningfully shifted its positioning—from a 'state service' role to an industry champion—evolving from a price taker into an effective price setter in the domestic natural gas market.' To reflect this strategic upgrade, Morgan Stanley significantly raised its target P/E multiple for PetroChina’s Exploration & Production (E&P) business—from 2x to 4x—'to reflect its rising energy security value.' Based on a sum-of-the-parts (SOTP) valuation, Morgan Stanley raised its target price for PetroChina’s H-shares by 29% to HK$13.25 and its A-share target price by 29% to RMB 14.70. Morgan Stanley points out: 'Although geopolitical tensions related to Iran may ease over time, we believe the market’s renewed focus on energy security should persist as part of a broader de-risking framework—thereby supporting PetroChina’s strategic value and earnings resilience.' Sinopec: A 'Pure-Play' Upstream Play Regarding Sinopec, Morgan Stanley defines it as the 'most oil-price-sensitive pure-play upstream stock' among China’s three major oil companies. Last year, Sinopec’s profits were driven primarily by its upstream operations, while downstream performance was lackluster—making it the most oil-price-sensitive of the three. Geopolitical-driven freight inflation is posing challenges to refineries. The report cautions: 'Freight inflation could compress refining margins by approximately USD 3 per barrel relative to 2025 levels.' However, Morgan Stanley emphasizes that this pressure will be fully offset by other factors: 'Inventory gains may contribute around USD 2 per barrel, while RMB appreciation could add a further tailwind of roughly USD 1 per barrel.' Moreover, Morgan Stanley believes Sinopec’s downstream business even holds upside potential: 'If supply tightness persists… China’s domestic fuel and chemicals markets could shift from structural oversupply to undersupply—supporting stronger margins and pushing Sinopec’s downstream earnings toward the upper end of expectations.'

The 15th Five-Year Plan Proposes 'Energy Powerhouse' for the First Time; State-Owned Energy Enterprises Issue Intensive Statements on Implementation

Global Zero Carbon The 'New Generation' in Carbon Neutrality Executive Summary: The criteria and core elements for judging an 'energy powerhouse' are shifting—from resource endowment toward technological capability + systems integration capability + industrial chain control capability. → This is Global Zero Carbon’s 1,782nd original article. In the Central Committee of the Communist Party of China’s proposal for the 15th Five-Year Plan, a total of 16 'powerhouse' construction goals are outlined—among them, the 'energy powerhouse' appears in a five-year plan proposal for the first time. The proposal states: 'Continuously increase the share of new energy supply; advance the safe, reliable, and orderly replacement of fossil fuels; vigorously build a new power system; and construct an energy powerhouse.' To support the realization of the 'energy powerhouse' goal, the National Energy Administration emphasized the need to develop the 15th Five-Year Energy Plan with high quality—scientifically researching and formulating target indicators, major policies, key reform initiatives, and major projects. It has repeatedly organized expert seminars and thematic studies, widely solicited opinions and suggestions from all stakeholders, and strengthened coordination and guidance with provincial-level energy plans—ensuring the successful completion of the 15th Five-Year Energy Plan drafting task, thereby underpinning China’s modernization with achievements in building a new energy system and an energy powerhouse. The progression from 'energy大国 (major energy country)' and 'energy security' to 'energy powerhouse' represents a strategic reconfiguration of China’s energy system. This means energy must not only guarantee supply and security—but also forge global competitiveness across the energy industry and technology chains. For a country characterized by 'abundant coal, scarce oil, and limited natural gas,' why was the concept of an 'energy powerhouse' not proposed earlier—and why now? Because the global energy landscape is undergoing profound change. Global electricity demand is entering a new era dominated by new energy sources. Energy acquisition is no longer about competing on natural resource endowments—but on hard technological capabilities and the completeness of industrial ecosystems. Today, China has built the world’s largest new energy industrial chain. Chinese renewable energy products are exported to over 200 countries and regions worldwide, meeting more than 80% of global photovoltaic module demand and 70% of wind power equipment demand. In the first phase of green energy and green technology competition, China has already seized an early-mover advantage. Yet this race has only just begun. Major countries and economies are now joining energy technology innovation strategies. The competitive focus is shifting—from installed capacity of wind and solar power—to green technology innovation, including batteries, hydrogen, ammonia/methanol (hydrogen-based fuels), advanced nuclear reactor technologies (small modular reactors, nuclear fusion, fast reactors), AI-powered energy management, full-chain energy storage, and the integration of AI computing power with electric power systems. Technological competition in these fields remains intense. Even becoming a 'new energy major country' does not equate to being an 'energy powerhouse.' The criteria and core elements for judging an 'energy powerhouse' are shifting—from resource endowment toward technological capability + systems integration capability + industrial chain control capability. An energy powerhouse must achieve structural leadership globally in energy science and technology, equipment, and industrial chains. Another critical point is that an energy powerhouse must possess an industrial manufacturing system empowered by its energy system—one that commands strong global competitiveness. A robust energy system must, in turn, reinforce a strong industrial system. Whether China’s industrial manufacturing can sustain its competitiveness depends heavily on: (1) whether energy supply is sufficient; (2) whether energy prices remain stable; (3) whether green electricity is sustainable;

China’s Oil Majors Get More Firepower for Energy Security Push

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China's state-owned oil majors reported improved third-quarter earnings driven by higher global oil prices, aligning with government mandates to boost energy security. PetroChina plans to maintain over $6 billion in annual domestic exploration spending through 2030 as downstream margins improve.

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China’s Oil Majors Get More Firepower for Energy Security Push

China’s Oil Majors Get More Firepower for Energy Security Push

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