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Last Update: 08/01/2026 at 1:00 PM EST
China Expands Clean Energy, Coal Persists
Coverage from The New York Times, Inside Climate News, and others
Articles
68
Active Days
225
The Topic
China is expanding wind, solar, batteries, electric vehicles and related manufacturing at a scale that is strengthening its position in global clean-energy supply chains. At the same time, coal generation and new coal capacity remain substantial, while curtailment, limited storage incentives and inflexible grid operations restrict how much renewable power reaches consumers. The combination creates a sustained tension between rapid clean-energy growth, energy security, industrial policy and emissions reduction.
First Article: 01/01/00
Latest Article: 07/20/26
Summary
- China installed wind capacity at a pace far exceeding the rest of the world and has become a leading producer and exporter of turbines and other clean-energy technologies.
- Renewables reached nearly 60% of China’s installed generating capacity in 2025, with wind and solar capacity exceeding thermal power capacity for the first time.
- Coal generation and construction remain significant, reflecting energy-security priorities and local economic incentives that can conflict with national climate objectives.
- Wind and solar output is growing more slowly than capacity because curtailment, limited storage incentives and inflexible coal-plant operations constrain the power system.
- Chinese firms account for a majority of announced global clean-energy manufacturing investment and are increasing overseas investment and exports.
- China’s clean-energy expansion is increasingly linked to trade, national-security concerns and competition with Western governments, especially the United States and European countries.
History
The story is now framed more explicitly around China’s dominance in global clean-energy supply chains, with a sharper emphasis on system-level grid and storage constraints limiting how much renewable capacity translates into delivered power. International concerns remain, but they are now presented as part of a broader competition over clean-energy industrial leadership.
The story now extends beyond China’s domestic clean-energy buildout to emphasize international backlash, especially U.S. retreat from clean-energy support and stronger European and British scrutiny of Chinese firms. It also adds a sharper claim that coal remains central to energy security, with new plants and early-2026 generation threatening sustained emissions declines.
Featured
05-05-2026
China expanded wind capacity and turbine exports while ultrahigh-voltage grid buildout raised wind electricity output as the UK and EU pursued security and anti-subsidy actions.
06-12-2026
Analysts say China's coal power output rose in early 2026, potentially undermining the 2025 power-sector emissions decline and national peaking and carbon-neutrality targets.
05-14-2026
Atlas Public Policy analysis during 2019-2025 reports U.S. clean-energy investment declined in 2025 while China’s manufacturing investment expanded, tied to policy changes.
Timeline: 225 Days
Hover over any logo to see coverage summary, click for full article.
Additional Articles
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Carbon Brief analysis links China Q1 2026 CO2 growth to power-sector coal and gas output despite rising wind and solar capacity, with curtailment and storage incentives central to grid integration challenges.
CREA analysis for Carbon Brief reports China CO2 emissions rose about 2% in Q1 2026 due to renewable curtailment driven by inflexible coal and gas dispatch contracts and provincial trading.
Taiwan energy security and net-zero plans are weighed against limits of U.S. LNG-led energy dominance after Strait of Hormuz disruption and rising semiconductor electricity demand.
China added nearly 450 GW of solar and wind capacity in 2025 while also commissioning 20 GW of coal capacity in early 2026, raising questions about coal constraints in its 2031 plan.
Weak wind in China and Strait of Hormuz shipping disruptions in May increased fossil generation and reduced crude imports while battery output and NEV production continued rising.
he lifeng at the world economic forum in davos outlines china's renewables leadership and economic drivers behind global clean energy deployment
Journalist Isabel Hilton describes how, after the 2025 United States withdrawal from UN climate talks, China assumes leadership over global clean-energy markets and climate diplomacy.
China accelerates renewable deployment and grid expansion in 2021-2025 to drive its energy transition.
CleanTechnica summarizes Wallace’s 2026 Wired analysis showing how China’s 2024–2025 solar and wind boom is destabilizing power markets and grids in China and influencing global decarbonization.
In China, 2025 power generation totals about 10,575 TWh, with renewables and nuclear rising enough for clean supply to near 40%.
Energy transition scaling solar and wind by renewables-focused policy requires grid modernization and storage to support emissions cuts toward net zero by 2050.
Energy Information Administration-based U.S. electricity forecasting comparisons show coal, gas, and renewables projections repeatedly underperformed, affecting net-zero planning assumptions.
Analysts say global emissions growth has slowed and renewable deployment in China, India and elsewhere is driving an energy transition, despite US withdrawal from the Paris Agreement.
Analysts report in 2024-2025 that expanding solar and wind deployment across China, India and Europe is reducing power-sector emissions despite US federal policy rollbacks.
Kyle Chan moderated a Brookings conversation in the USA on scaling U.S. solar, wind, and batteries while managing China-linked supply chain risks.
Global Energy Monitor data indicates China considers 34 coal-to-gas and coal-to-chemical projects, concentrated in Xinjiang and other coal-rich regions, potentially raising coal demand and CO2 emissions.
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Researchers use an agent-based model in China to show investment subsidies drive renewable solar adoption among coal mining enterprises more than carbon allowance allocation.
China is described as dominating renewable energy and electric vehicle exports while the Trump administration weakens US climate commitments.
In 2025, the U.S. generated record solar and wind electricity, while policy rollback and data-center driven demand could slow renewables and raise household costs.
On March 12, a market commentary linked European renewables momentum and offshore wind investment to Iran-driven oil price pressures and Chinese manufacturing dominance, while U.S. project suspensions faced federal court rulings.
China expanded wind power in 2025 while the U.S. under President Donald Trump delayed wind projects via national security and cost arguments, affecting investor confidence.
Lauri Myllyvirta reported that China’s Q1 CO2 emissions rose 2 percent because wind and solar curtailment from grid integration failures increased coal and gas generation.
BloombergNEF reported a 2025 rebound in clean-energy supply-chain trade to $479 billion, driven by energy-security demand for solar, batteries, and EVs.
Ember reported March 2026 record Chinese solar exports of 68 GW as energy disruptions from conflict-driven fuel shocks increased imports across Asia and Africa.
IRENA reported that solar and wind paired with battery storage can already compete on cost with new coal and often new gas power, citing falling battery prices.
CREA analysis released June 4 finds China curtailed wind and solar and increased coal and gas generation during the Strait of Hormuz energy-security shock.
CATL expands battery manufacturing in southeastern China while U.S. officials debate cooperation with Chinese battery firms amid 2025 security listings.
China Resources New Energy filed for an IPO in Hong Kong and the Shenzhen Stock Exchange system to fund wind and solar projects amid China’s solar oversupply.
China accelerated offshore and onshore wind power and turbine exports in the 2020s as Persian Gulf oil and gas disruption raised energy security concerns and U.S. policy slowed offshore wind.
Atlas Public Policy reports that China surpasses the United States in clean energy manufacturing investment, overseas FDI, and exports for solar, EVs, and batteries.
Ohio State University researchers modeled Midwest county grid-expansion policies and found community- and job-focused strategies can stay near cost-neutral while enabling wind and solar deployment.
BloombergNEF reported 2025 clean-energy trade reaching $479 billion while tariffs and geopolitics reshaped demand and persistent oversupply constrained pricing across solar, batteries, and EVs.
JinkoSolar and other Chinese solar firms expand battery exports in 2025 after slower PV growth, targeting Japan, Vietnam, India, Germany, the Netherlands, the United States, and Australia.
China built more wind and solar capacity in Q1 2026, but curtailment from power-market and contract constraints increased coal and gas use and power-sector CO2.
Investor interest in Chinese EVs, solar, and battery storage increases as fossil fuel prices rise, with EV exports up 120% and solar demand expected to decline in 2026.
A new framework links energy-transition outcomes to delivery uncertainty, showing monotonic admitted service frontiers can coexist with non-monotonic adoption curves.
BloombergNEF reports 2025 clean-energy shipments hit 479 billion as US tariff measures affected neither battery, solar, nor electric-vehicle trade enough to prevent record volumes.
BloombergNEF's Antoine Vagneur-Jones reports 479 billion dollars in 2025 clean-tech shipments, shaped by tariffs, Middle East fuel-price shocks, and solar cell trade shifts.
BloombergNEF reported in 2026 that China-led Asia expanded solar and battery manufacturing capacity beyond demand, lowering prices in 2025 and prompting US tariff responses.
China faces hard-to-abate industrial decarbonization needs as 2025 emissions rose 0.5% and coal power declined, with 2035 pledges requiring at least 1% annual cuts.
China’s renewable overcapacity is analyzed as a supply-policy mismatch, while State Grid transmission investment is assessed as insufficient for long-term market rebalancing.
China power-grid investment is evaluated as a demand-side fix for renewable solar and wind overcapacity and curtailment, using scenario analysis.
Mark Carney announced a May 14 national energy strategy in Canada while critics argued against expanding natural gas power in favor of renewables and storage.
China Three Gorges New Energy reports grid parity solar deployment and November grid connection of a commercial megawatt-scale perovskite photovoltaic project in China.
In 2025-2026, UAE renewable developers backed by Masdar and Global South Utilities expanded solar and battery projects in Africa and Central Asia using Chinese PV and storage technology amid volatile energy markets.
The United States and Iran plan 60 days of technical talks as energy-market impacts are used to compare oil-and-gas systems with electricity-and-batteries systems anchored in China.
U.S. and EU trade and procurement restrictions on Chinese solar, wind, and battery supply chains are projected to raise clean-tech costs and slow renewable adoption.
China is accelerating wind and solar deployment and EV electrification in the 2020s, with IEA projections for oil peaking in 2027 and rising clean-tech exports in 2026.
Andrew Dessler, analyzing U.S. electricity-sector trends, says energy-transition cost forecasts often overstate net-zero decarbonization costs due to past trajectory misses.
Bill McKibben says Iran-war fallout and Ember findings support a faster solar-plus-storage transition as El Nino and ocean heat raise 2026 temperature record risk.
China expands solar PV output in 2024 to 2025 across global markets.
At the China Development Forum 2026 in Beijing, Chinese renewable-investment cooperation was linked to integrated solar-plus-storage and offshore wind deployments in South Africa and Vietnam.
OECD estimates China gives strategic-sector firms 3 to 8 times more state support, fueling solar and semiconductor dominance and prompting U.S. and EU tariff countermeasures in the 2020s.
Lazard data and Chinese industrial investment show rapid cost-driven growth in solar, wind and batteries by late 2010s, reshaping electricity systems in China, Norway, South Africa and the USA.
Experts report accelerated global warming in 2023–2025 while U.S. federal policy actions in 2020s are delaying renewable projects across the United States.
A report released in Beijing during Trump and Xi talks says China dominated clean energy manufacturing investment from 2019 to 2025, especially batteries and EVs.
Battery cost declines and improved performance support renewable integration in solar and wind grids, illustrated by California's 24-hour cycle.
Evergreen Action urges rapid wind, solar, and battery deployment to address rising energy bills and data center demand while opposing new fossil gas expansion.
Amid the Iran crisis and energy price shocks, analysis links fossil dependence risk to continued solar, wind, and battery deployment and highlights China’s manufacturing dominance.
Bill McKibben links Piketty’s inequality framework to faster renewables deployment across the Philippines and other countries amid energy security disruptions.
Bill McKibben argues in 2026 climate-risk context that U.S. energy dominance politics have strengthened support for wind, solar, and storage amid rising ocean heat and an approaching El Nino.
Jimmy Carter and Ronald Reagan policy decisions on U.S. solar funding are linked to oil-shock vulnerability and China-led renewable deployment during global crises.
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China expanded wind and solar capacity in 2025 to drive renewables growth, while the United States pursued coal and gas expansion.
Global solar and wind costs fell over the last decade worldwide.
Global energy systems must accelerate renewables, storage, electrification and grid digitalization now to pursue net-zero goals and maintain stability worldwide.