The shift in four numbers
A familiar disruption — with an unfamiliar consequence
The conflict in the Middle East has once again placed the Strait of Hormuz at the centre of the global economy. Roughly a fifth of the world's traded oil and a significant share of its liquefied natural gas transit this narrow passage daily. Its disruption does not merely raise energy bills — it reshapes the calculus of energy security for governments, corporations, and consumers across every region of the world.
For China's exporters, the immediate effect is straightforward and negative. When energy prices rise, the purchasing power of China's trading partners falls. Firms facing higher energy input costs cut discretionary capital expenditure. Governments managing widening energy import bills have less fiscal space to support consumer demand. The result is a compression of import appetite that reaches Chinese factories in the form of softening order books.
This mechanism is not novel — the 2022 European energy crisis following Russia's invasion of Ukraine produced a similar dynamic. What is different this time is the context in which the shock arrives: a global energy system already in structural transition, a green technology supply chain dominated by a single country at a level of concentration without historical precedent, and a geopolitical environment that is prompting every major economy to think seriously about where its energy comes from — and where it will come from decades hence.
China's export engine faces a near-term headwind as the Strait of Hormuz conflict drives energy prices higher and softens demand among its largest trading partners — particularly in emerging markets. Yet the same shock that compresses the near-term outlook is simultaneously accelerating the structural transformation that China is uniquely positioned to supply: the global pivot to green energy.
The energy shock is both problem and opportunity for China — compressing near-term export demand while accelerating the global transition that China's manufacturing base is uniquely equipped to supply.
The paradox at the heart of this analysis is that the forces creating China's near-term export headwind are, with some delay, the same forces that will generate its medium-term export tailwind. Countries that feel most acutely the pain of fossil fuel price volatility are also those with the strongest rational incentive to accelerate the transition toward energy sources that cannot be embargoed, blockaded, or priced by a cartel. And the technologies that enable that transition — solar panels, batteries, electric vehicles — are manufactured overwhelmingly in China.
The near-term headwind: why export growth will slow
The transmission channel from the Middle East energy shock to Chinese export volumes runs through three reinforcing mechanisms. Each independently would dampen demand; together they represent a material near-term drag on China's export growth trajectory.
China's nominal export growth reached 5.4% in 2025. The near-term outlook, absent a rapid resolution of the Hormuz disruption, implies a meaningful deceleration from that pace — with the degree of slowdown depending on the duration and severity of the energy shock rather than any structural deterioration in China's competitive position.
Importantly, this slowdown is demand-driven, not supply-driven. China's manufacturers have not lost their cost advantage, their production capacity, or their logistics infrastructure. The headwind is entirely external — a function of what is happening to the income and confidence of the buyers, not the capabilities of the sellers. This distinction matters for the medium-term outlook: the competitive foundations remain intact and will reassert themselves as the external environment stabilises.
The emerging-market dimension
The geographic distribution of China's export exposure amplifies the near-term risk. Emerging market economies — the group most acutely vulnerable to global energy price shocks — accounted for more than half of China's nominal exports in 2025. This concentration is simultaneously the source of China's near-term vulnerability and, paradoxically, the origin of its medium-term green energy opportunity.
| Region | Relative vulnerability | Implication for Chinese exports |
|---|---|---|
| Sub-Saharan Africa | 92 — very high | Near-term compression in general goods; high motivation for cleantech imports |
| South / SE Asia | 84 — very high | Largest cluster of vulnerable buyers; record solar import flows in March 2026 |
| Middle East (non-GCC) | 78 — high | Energy-importing pockets within the producing region; growing demand |
| Latin America | 68 — elevated | Mixed exposure; battery + solar pipeline expanding |
| Eastern Europe | 60 — elevated | Energy-security politics drive cleantech procurement |
| Western Europe | 45 — moderate | Open to solar / batteries; EV tariff "soft landing" reduces severity |
| East Asia / Pacific | 38 — moderate | Australia battery pipeline, mixed posture in Japan / Korea |
| North America | 18 — low | US tariff wall largely closes the market to Chinese cleantech |
The vulnerability of emerging markets to fossil fuel price shocks is structural, not cyclical. Most of these economies lack the domestic energy production capacity to insulate their populations from global commodity price swings. They are net energy importers in a world where the price of energy is set by dynamics — geopolitical, geological, cartel — entirely beyond their control.
This structural vulnerability is precisely what makes these markets the most motivated long-term buyers of China's green energy technologies. A solar panel purchased today eliminates, for its operating lifetime of 25–30 years, the electricity cost exposure to oil and gas prices for whatever generation it replaces. A battery storage system turns intermittent renewable generation into dispatchable power without burning fuel. An electric vehicle charges on locally generated electricity rather than imported petroleum.
Emerging markets absorb the highest proportional economic impact from the energy shock. Currency depreciation from widening current account deficits reduces their purchasing power for Chinese goods denominated in dollars. Broad Chinese export volumes to these markets will face near-term compression.
The same vulnerability that depresses near-term Chinese exports makes emerging markets the most motivated buyers of Chinese solar, batteries, and EVs in the medium term. These are precisely the goods that reduce future exposure to the shock currently hurting them — making the energy crisis a powerful accelerant of green technology adoption in developing economies.
The "New Three": China's green technology dominance
The phrase "New Three" refers to China's three dominant green technology export categories: solar cells and modules, lithium-ion batteries, and electric vehicles. These sectors made up roughly 4% of China's nominal exports in 2025 and contributed approximately one percentage point to that year's 5.4% nominal export growth — a contribution that is expected to grow substantially as the global energy transition accelerates.
86% of global production
China exported 68 GW of solar in March 2026 alone — equivalent to Spain's entire installed solar capacity — a single-month record driven by the energy security imperative across 50+ countries simultaneously. Learning-curve economics have driven module costs down faster than any other investment good in modern economic history, including semiconductors.
80% of global production
Battery exports hit $10 billion in March 2026, up 44% from the prior month. The EU, Australia, and India — all markets with large energy storage pipelines — drove the surge as grid storage demand accelerated globally. Battery storage turns intermittent renewable generation into dispatchable power without burning fuel.
68% of global production
EV exports face a more complex trade environment than solar or batteries, with tariff barriers in both the US and EU creating constraints — though a "soft landing" arrangement on EU tariffs reduced the immediate severity of Western market access risk. Emerging markets remain broadly open.
These market shares are not static snapshots — they reflect the compounding effect of China's industrial strategy over more than a decade. Chinese manufacturers have internalised a cost base that requires an average import tariff of approximately 115% on solar panels and 55% on batteries for Western domestic producers to be cost-competitive at scale. That structural gap does not close quickly.
China is not merely the world's largest manufacturer of green energy technologies. It is the world's lowest-cost manufacturer by a margin that Western industrial policy, at current pace and funding, cannot close within a decade.
March 2026: the medium-term thesis already materialising
The medium-term thesis does not require investors or policymakers to take anything on faith. The data from March 2026 — one month into the Strait of Hormuz conflict — already demonstrates the mechanism in action. The fossil fuel shock triggered an immediate, global acceleration of green technology purchasing that manifested directly in Chinese export data.
Combined "New Three" exports reached $21.6bn in March 2026 — a 70% year-on-year increase. Solar capacity exported in the single month hit 68 GW, 50% above the previous record set in August 2025. More than 50 countries set all-time records for Chinese solar imports in the same month. Asia doubled its solar imports to 39 GW. Africa surged 176% to 10 GW. These are the regions most directly exposed to fossil fuel import bills as a share of GDP — and their response to the shock was immediate.
| Category | March 2026 value | vs. Feb 2026 | vs. Mar 2025 | Notable destinations |
|---|---|---|---|---|
| Solar modules & cells | 68 GW exported | +100% MoM | +49% YoY | Asia (+100%), Africa (+176%); 50 countries hit all-time highs |
| Lithium-ion batteries | ~$10bn | +44% MoM | Strong YoY | EU, Australia, India — grid storage pipeline |
| Electric vehicles | Included in $21.6bn total | Mixed | Growing | Emerging markets; EU tariff "soft landing" reduces risk |
| Combined "New Three" | $21.6bn total | +37–38% MoM | +70% YoY | Broadest-ever geographic distribution of import records |
The significance of the March data extends beyond the headline numbers. It demonstrates that the demand response to energy insecurity is fast — faster than supply chain constraints in most competing industries would allow alternatives to emerge. When a government or utility needs to reduce fossil fuel exposure quickly, Chinese solar and batteries are available now, at scale, at a price point no competing supplier can match. That combination of availability, scale, and price is a structural competitive advantage that policy responses have so far done more to reinforce than to erode.
The complication: tariffs, trade barriers, and market fragmentation
The bullish medium-term narrative for Chinese green technology exports is real, but it is not unconstrained. Tariff barriers — particularly from the United States and, to a lesser degree, the European Union — limit the markets in which China can fully realise its competitive advantage. The result is a bifurcated global market: open in emerging economies, contested in Europe, and largely closed in North America.
Tariffs on Chinese solar, batteries, and EVs have risen substantially, effectively removing China from meaningful participation in the US clean energy market. An average tariff of ~115% is required to make domestic US solar production cost-competitive. Chinese battery exports to the US declined 9.5% in 2025 despite surging global demand. The AI-driven US energy storage investment surge has not translated into Chinese battery purchases.
The EU has imposed tariffs on Chinese-made EVs following an anti-subsidy investigation, though Chinese commerce officials announced a "soft landing" arrangement that reduces the immediate severity of restrictions. The EU remains broadly open to Chinese solar and battery imports, constrained primarily by its own supply chain development ambitions rather than by prohibitive tariff levels.
Most emerging market economies — across Asia, Africa, Latin America, and the Middle East — impose minimal tariff barriers on Chinese cleantech imports. These markets are both the most motivated buyers (highest fossil fuel import vulnerability) and the most accessible commercially. Asia and Africa jointly accounted for three-quarters of the increase in Chinese solar imports in March 2026.
The UK, Australia, Japan, and South Korea present varied and evolving postures toward Chinese cleantech imports. Australia's strong storage pipeline drove significant battery import growth in March 2026. Domestic manufacturing ambitions are building in several of these markets but face the structural cost premium inherent in competing against Chinese scale and learning-curve advantages.
The tariff dynamic introduces a geographic distortion into what would otherwise be a straightforward competitive advantage story. It means that the largest and wealthiest markets — where the ability to pay for green technology is highest — are precisely those most constrained in their access to Chinese products. The result is a channelling of Chinese export growth toward emerging markets, which are more price-sensitive and where margins may be thinner.
This is not a fatal complication to the medium-term thesis. The global market for solar, batteries, and EVs is vast, and emerging market growth alone is sufficient to drive substantial Chinese export expansion. But it does mean that the quality of revenue growth may differ from what the headline volume numbers suggest — and that the financial returns to Chinese cleantech manufacturers depend meaningfully on how the tariff and trade landscape evolves.
Energy security as export engine
The energy security imperative is not a cycle — it is a structural shift in how governments and corporations think about the reliability and cost of their energy supply. Once a government has experienced a major energy price shock, its tolerance for dependence on imported fossil fuels narrows. The political and economic case for diversification into domestically producible energy becomes durable in a way that favourable conditions alone do not create.
China's position at the centre of the global green technology supply chain means it is both the provider of the solution to energy insecurity and, in some respects, the source of a different form of supply chain concentration. Countries importing Chinese solar panels are reducing their dependence on fossil fuel producers but increasing their dependence on Chinese manufacturing. This tension has spawned the tariff and domestic manufacturing push visible in the US and EU — but it has not, in most of the world, produced alternatives that are remotely cost-competitive at scale.
| Horizon | Heading | What it looks like |
|---|---|---|
| Near term — 2026 | Export-growth deceleration | Softening partner demand from energy price shock weighs on broad Chinese export volumes. The "New Three" begin to show surge demand but cannot fully offset weakness in general merchandise categories. Nominal export growth expected to slow materially from 2025's 5.4%. |
| Medium term — 2027–2028 | Green recovery & rebalancing | The "New Three" grow as a share of China's export mix as global cleantech investment accelerates. Emerging market demand — particularly for solar and battery storage — sustains strong volume growth. Tariff dynamics continue to shape geographic distribution rather than aggregate trajectory. |
| Long term — 2029+ | Structural export leadership | The "New Three" could grow from ~4% of nominal exports today toward 10–15% or more as green investment scales globally and China's manufacturing cost advantage compounds. The energy transition becomes the structural driver of Chinese export growth in the way manufacturing exports did in the 2000s. |
One macro data point captures the structural opportunity starkly. Record solar growth in 2025 displaced gas-fired generation globally equivalent to all LNG shipments that transited the Strait of Hormuz in that year. The global EV fleet reduced oil demand by 1.8 million barrels per day — roughly 13% of US crude production. These are not marginal numbers. The green energy transition is already large enough to meaningfully buffer the global economy from fossil fuel shocks — and it is still early in its trajectory. The total addressable market for the technologies China dominates is measured in the tens of trillions of dollars over the coming decades.
The same shock, two horizons
The Strait of Hormuz conflict presents China's export story in miniature: a near-term pain and a medium-term gain, separated by the time it takes for demand destruction to become demand transformation. In the short run, energy-shocked trading partners buy less of everything. In the medium run, those same trading partners make decisions — about energy infrastructure, grid modernisation, transport electrification — that drive accelerating demand for exactly what China produces most efficiently.
The March 2026 export surge in the "New Three" is an early confirmation that the mechanism is working as expected. Fifty countries set all-time records for Chinese solar imports in a single month. Battery demand from Europe, Australia, and India hit unprecedented levels. The very countries hurt by fossil fuel price volatility are purchasing, in real time, the technologies that reduce their future exposure to it.
This does not make the near-term headwind trivial. Chinese manufacturers and policymakers face a period of compressed growth in overall export volumes that may generate domestic economic pressure. The tariff environment in wealthy markets adds a layer of complexity that limits the addressable market for Chinese cleantech in the highest-value geographies. Neither challenge is easily resolved.
But the structural position China occupies in the global green energy supply chain is one of the most consequential economic advantages of the coming decade. The energy security imperative — once activated by a major shock — does not dissipate when prices stabilise. It becomes embedded in investment plans, policy frameworks, and procurement strategies that play out over years and decades. China is not merely positioned to benefit from this transition. For most of the world, it is the transition.
The fossil fuel shock is temporary. The energy transition it accelerates is permanent. And the country best positioned to supply that transition — at scale, at cost, and with manufacturing depth no competitor can replicate in the near term — is China.
This report has been prepared by Lualdi Advisors for informational and educational purposes only. It draws on publicly available trade statistics, official customs data, independent research organisations' analyses, and Lualdi Advisors' proprietary analytical framework. All figures are drawn from public sources and are presented for illustrative and analytical purposes; they do not constitute forecasts or investment projections. References to specific technologies, trade flows, and market shares reflect publicly available information as of the date of publication. This material does not constitute investment, legal, tax, or financial advice and should not be used as the basis for any investment decision. Lualdi Advisors makes no representations regarding the accuracy or completeness of third-party data referenced herein. Forward-looking statements are inherently uncertain; actual outcomes may differ materially.
