Amira Al-Fayed coordinates real-time updates and high-frequency industry briefs for the global energy sector. She tracks corporate strategic moves and immediate market shifts.
In-depth analysis of the policy framework, technological pathways, and profound impacts on the energy system brought about by China's push for industrial transformation into "zero-carbon factories" against the backdrop of the "dual carbon" goals. Exploring the systemic changes from the deployment of clean energy to the construction of smart grids.
In-depth analysis of the far-reaching impact of the EU's Carbon Border Adjustment Mechanism (CBAM) on China's carbon governance, and an exploration of China's strategic adjustments in responding to external carbon pricing pressure, promoting energy system transformation, and global climate policy.
In-depth analysis of the driving role of the global ESG investment market on energy transition. Explore how clean energy, energy storage technology, smart grid upgrades, and green finance jointly reshape the investment landscape and development path of energy systems.
The U.S. Department of Energy Loan Programs Office (LPO) lists energy storage as a key financing priority. Based on publicly available DOE materials, this article reviews the four technology systems categorized by duration, the 225–460 GW long-duration energy storage demand and $330 billion capital gap by 2050, and the impact of three major obstacles—supply chain, manufacturing costs, and debt financing—on the energy transition.
An in-depth analysis of the latest quarterly solar industry update report from the US Department of Energy, offering insights into global solar deployment, pricing, and manufacturing trends.
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.
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.
The global solar power market report shows that the market size will be $286.15 billion in 2025, and is expected to reach $522.71 billion by 2035, with a compound annual growth rate of 6.21%. Government incentives, declining photovoltaic costs, and integration of energy storage technologies are the main growth drivers.
The European Union Carbon Border Adjustment Mechanism (CBAM) is reshaping global carbon governance and energy trade rules. Based on a CSIS report, this article analyzes how China is responding to this external pressure by strengthening its domestic carbon market and emission standards, and explores its long-term implications for the global energy transition and climate policy.
In 2024, orders in India's power transmission and distribution sector continued to grow, with transformers, transmission lines, and renewable energy projects accelerating. Grid modernization has become key to the energy transition.
The EU's Carbon Border Adjustment Mechanism (CBAM), as the world's first carbon tariff tool, is driving China to accelerate the development of its carbon market and energy transition. Based on CSIS's latest report, this article analyzes how China is responding to CBAM through institutional adjustments, as well as its far-reaching impact on the global energy landscape.
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.
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.
In 2026, the high power density and load fluctuations of AI data centers are transforming energy storage systems from a backup option to critical infrastructure. This article analyzes the different challenges in the North American and Chinese markets, as well as how energy storage technology adapts to this change.
ESS Tech launches modular sodium-ion battery system ESS Bridge, with a single module of 1.2 MWh, stackable up to 4.8 MWh, targeting grid, data center, and industrial/commercial applications, marking an important milestone for sodium-ion batteries in the energy storage field.
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.
Although the Trump administration held a hostile attitude toward wind power, onshore wind repowering projects in the United States are leveraging existing sites and infrastructure to achieve significant increases in capacity and efficiency by replacing older turbines, becoming a force that cannot be ignored in the energy transition.
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.
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.
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.