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As the world accelerates toward a low-carbon future, countries are fiercely competing in areas such as renewable energy manufacturing, electric vehicles, green hydrogen, and carbon markets, vying for industrial and geopolitical leadership in the new climate economy.
Steel, cement, aviation, and shipping are among the hard-to-abate sectors, accounting for about 40% of global emissions. This article explores how to translate climate ambitions into concrete emission reduction actions through localized strategies, innovation hubs, and transformations in the global energy market.
The global photovoltaic module manufacturing industry is experiencing multiple challenges of overcapacity, price competition, and technological iteration, with the market landscape accelerating its reshaping. This article, based on Enerdata analysis, explores the current state of the industry, its impacts, and future trends.
Turkish steel producer Tosyali has secured a bank loan to build a 261 MW self-consumption photovoltaic power plant. The project is one of Turkey's largest industrial self-consumption solar projects, highlighting the increasingly important role of the manufacturing sector in the energy transition.
A latest MIT study shows that despite the "Package of Beautiful Bills" gradually phasing out some tax credits, 74% of the clean electricity capacity brought by the US Inflation Reduction Act is still expected to come online. Among them, solar and energy storage are less affected, but the retention rate for onshore wind is less than half.
France's 12th round of commercial and industrial rooftop solar PV tender saw the average winning price drop to €82.98/MWh, a record low, with demand capacity five times the allocable capacity, marking a strong recovery from the 2025 slump.
As heatwaves become more frequent in Europe, roads warp and railways deform, shifting infrastructure investment from clean energy to climate adaptation. Retrofitting transportation networks has become the next wave of construction priorities, with profound implications for energy systems, supply chains, and public safety.
Despite the tightening macroeconomic environment, global clean energy investment has shown resilience. However, geopolitical tensions, policy reversals, and supply chain bottlenecks are complicating the trend. GlobalData analysts point out that energy security does not automatically equate to clean energy, and coal investment is also rebounding. This article reviews investment flows, performance across different technology sectors, and the outlook for the latter half of the 2020s.
Europe's solar installed capacity continues to climb, but the mismatch between peak generation and electricity demand has led to falling electricity prices and increasing curtailment, with structural pressures on the electricity market becoming increasingly apparent.
The US sodium-ion energy storage sector has seen significant progress, with several leading battery companies forming the "American Battery Leadership Alliance" and accelerating technology commercialization. Amid federal policy uncertainty, sodium-ion technology, with its low cost, safety, and long-duration energy storage potential, is challenging lithium-ion's dominance and becoming a key equalizer in the energy transition.
The market value of the green economy has exceeded $10 trillion for the first time, marking clean energy and sustainable development as the third largest industry in the world. This article analyzes the driving forces behind this milestone, its impact on energy systems, and future challenges.
The EU Council has adopted amendments to the Sustainable Finance Disclosure Regulation (SFDR), adding a "transition" category that allows fossil fuel companies to be included in sustainable financial products under certain conditions. This policy adjustment aims to simplify transparency rules while guiding capital toward genuine transition activities, but has sparked new discussions about the risk of greenwashing.
In the first quarter of 2026, US energy storage installations reached 3.3 GW/8.4 GWh, a record high for the same period. Tax policy certainty and large-load customer demand are the main drivers. Wood Mackenzie and ACP expect cumulative installations to reach 200 GW/655 GWh by 2031.
India's clean energy transition is entering a new phase: progress has been made in expanding renewable energy, but industrial emissions have become the biggest challenge. This article analyzes the necessity of decarbonizing the industrial supply chain, the impact of global carbon border adjustment mechanisms, India's policy framework, and future prospects.
Deloitte's 2026 Renewable Energy Industry Outlook points out that against the backdrop of policy changes, the industry focus is shifting to infrastructure construction and project execution, and market participants need to cope with uncertainties in incentive policies and supply chain challenges.
India's clean energy transition is entering a new phase, with rapid expansion in renewable energy installations, but industrial emissions have become the biggest challenge to its net-zero target. This article analyzes why India needs to place the decarbonization of industrial supply chains at the core of its transition, exploring how policies, technologies, and global market trends are driving this shift.
The latest report from the London Stock Exchange Group (LSEG) shows that the global green economy market value exceeded $10 trillion for the first time in 2025, with green revenue growth hitting a new high since 2022, driven primarily by electrification and energy security.
Revera Energy has made a final investment decision on the 400MW/800MWh Hunterston battery energy storage project, located in North Ayrshire, Scotland, with construction expected to start in the third quarter of 2026. This investment is the latest example of the accelerated expansion of the UK energy storage market, marking the key role that large-scale battery storage plays in grid flexibility.
Hydrogen energy is shifting from a universal decarbonization solution to precise applications, playing a complementary role in heavy industry, long-distance transportation, and extreme climate conditions. Localized production and low-carbon transformation are reshaping the energy system.
The European Commission has approved a €10 million national aid plan for clean technology in Austria, marking a new step in the EU's clean technology support policies and providing institutional backing for member states to accelerate their energy transition.
Based on the latest research from Nature Climate Change, this analysis examines how the EU CBAM transition period prompts high-emission Indian steel enterprises to reduce exports to Europe, while low-emission enterprises maintain competitiveness, revealing the early impact of the carbon border adjustment mechanism on global steel trade and the decarbonization process.
Based on the ECIU report “The race for net zero,” this article analyzes how the scale, industrial structure, and investment pipeline of the UK net-zero economy reflect deep changes in the energy system, and discusses their impact on the power grid, energy storage, industrial competitiveness, and policy stability.
Based on the latest E2 project tracking data, the U.S. clean energy market in the first quarter of 2026 showed a split pattern in which “accelerated construction” and “project withdrawals” coexisted. Solar, wind, and storage projects accelerated amid rising power demand and a narrowing window for tax incentives, but manufacturing investment—especially in the electric vehicle and battery segments—has clearly slowed. Policy changes are simultaneously affecting power supply, supply chain布局, and capital allocation.
Cities are important settings for deploying clean energy, energy storage, and climate adaptation solutions. However, to turn scattered projects into replicable, financeable, and scalable system capabilities, financing structures, technical standards, and implementation mechanisms all need to be upgraded in parallel.