Global green industrial policy is accelerating the reshaping of supply chain layouts for clean energy technologies, critical minerals, and manufacturing. From government subsidies to carbon tariffs, and from localized production to regionalized procurement, the supply chain landscape is being redrawn. This article combines market data and policy dynamics to analyze the profound impact of this trend on the energy transition.
Based on Ember data, analyze the key milestones in the global energy transition in 2025, including solar and wind power surpassing demand growth, the rise of emerging markets, declining battery costs, and the electrotech revolution.
Global green industrial policies are reshaping supply chain layouts, from clean manufacturing to critical minerals, presenting new opportunities and challenges for the energy transition.
China's five departments jointly issued guidance on the development of zero-carbon factories, promoting deep industrial decarbonization by sector and in phases, prioritizing pilot projects in fields such as automobiles, lithium batteries, and photovoltaics, and gradually expanding to traditional high-energy-consuming industries such as steel and petrochemicals, to help achieve the goals of carbon peak and carbon neutrality.
Based on Frontiers research, this paper analyzes the multidimensional factors influencing corporate carbon reduction under the global carbon governance framework, and proposes a carbon reduction roadmap including carbon emission trading, green technology, governance structure, and cash flow guarantee.
A system dynamics study on Shanghai shows that under the current green transition path, Shanghai is expected to achieve carbon peaking by 2025. The study provides methodological and practical references for megacities to tackle the challenges of carbon emission reduction.
This article analyzes the changes in Germany's energy structure under the interaction of artificial intelligence, industrial technology, and green transformation, and explores how a systematic research framework can help understand policy signals, industry trends, and capital flows.
At the intersection of artificial intelligence, industrial technology, and green transition, Germany's energy system is undergoing structural changes. This article analyzes how these themes affect the electricity mix, investment flows, and policy directions, and discusses the challenges and long-term trends.
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.
As the global energy transition accelerates, sustainability investments in physical assets are shifting from promises to measurable outcomes. Using CapitaLand Investment as an example, this article analyzes how building energy efficiency improvements, renewable energy deployment, and sustainable finance drive the low-carbon transition.
This article analyzes how geopolitics offsets local headwinds through heterogeneity among countries, keeping the global energy transition curve on an upward trend, and proposes implications for energy systems, investment, and policy-making.
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.
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.
Based on the latest research in Nature Sustainability, analyzing the spatial mismatch and technological differences in China's battery recycling, revealing that supply-demand planning can reduce emissions by 44% and increase lithium recovery rate by 53%, providing a pathway for the circulation of key materials in the global energy transition.
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.