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Six charts from the Pew Research Center show that the share of fossil fuels in global electricity production continues to decline, with renewable energy surpassing coal for the first time in 2025, and solar and wind power becoming the main drivers of growth.
This article is based on the renewable energy market research report by Straits Research, analyzing the development trends, key technologies, and regional landscape of the global renewable energy industry, as well as its profound impact on the transformation of energy systems.
Based on Deloitte's 2026 renewable energy industry outlook, this analysis examines key trends such as policy shifts and energy storage integration, exploring how the U.S. renewable energy industry can maintain growth resilience amid uncertainty and cost pressures.
Geothermal energy has risen from a limited resource to a potential energy source second only to solar power. Next-generation EGS and closed-loop systems are accelerating commercialization, and many countries around the world are ready for deployment.
Based on StartUs Insights analysis, the top ten renewable energy trends for 2026 focus on energy storage, AI integration, and grid flexibility, with photovoltaics leading global installed capacity growth to 4,448 gigawatts.
Based on the latest research from the Carnegie Endowment for International Peace, this paper provides an in-depth analysis of the global deployment potential, cost decline trends, and policy pathways of next-generation geothermal energy technologies (enhanced geothermal systems and closed-loop geothermal systems), exploring how geothermal energy can become a key force in the clean energy transition.
The global ESG investment market size is expected to grow from USD 39.08 trillion in 2025 to USD 180.78 trillion in 2034, at a compound annual growth rate of 18.80%, becoming the core capital force driving clean energy and decarbonization projects.
Geothermal energy is ushering in a historic turning point. From Enhanced Geothermal Systems (EGS) to closed-loop systems, new technologies are liberating this resource from geographic constraints, positioning it to become the world's second-largest renewable energy source after solar power. This article, based on the latest research from the Carnegie Endowment for International Peace, evaluates the 30 most promising countries and analyzes the technological, cost, and policy challenges.
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.
Based on the Deloitte report, analyze the opportunities and challenges in the renewable energy industry in 2026 in terms of growth, power grid, energy storage, and policy.
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.
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.
In 2025, global energy supply grew by 1.7%, with renewable energy becoming the largest source of growth for the first time, of which solar energy contributed 71% of the growth. However, fossil fuels still accounted for 86% of the total supply, and carbon emissions continued to rise.
Three major utility companies in Massachusetts have signed long-term contracts with developers for three large-scale energy storage projects, with a total capacity of 1,068 MW/4,472 MWh, marking an important step for the state toward its 5 GW energy storage goal.
According to the latest data from the Energy Research Institute, renewable energy will become the largest source of global energy supply growth in 2025, but the expansion of fossil fuels and policy regression in the United States pose challenges to the global decarbonization process.
In mid-2026, multiple breakthroughs emerged in the global clean energy sector: Google signed a 200MW solar PPA, the world's largest 16MW floating wind turbine was installed, electricity prices in Spain fell due to renewable energy, New York advanced a climate responsibility bill targeting oil companies, and BYD led the UK electric vehicle market. This article summarizes recent key developments and analyzes their systematic impact on the energy 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.
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.
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.
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.
In the first quarter of 2026, driven by grid modernization and clean energy construction, Europe accounted for seven of the top ten private equity deals in the global architecture and engineering sector, setting new quarterly highs in both deal count and value.
PitchBook believes that volatility in oil and gas prices and geopolitical risks are strengthening the near-term economics of clean energy and are driving capital to pay more attention to energy startups with existing assets, energy storage integration, and localized supply chain capabilities.
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.