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Project-level coverage of solar, wind, hydro, geothermal and emerging renewable technologies, with attention to tenders, permits, supply chains and deployment milestones.
In-depth analysis of next-generation geothermal technologies, including hot dry rock and closed-loop systems, exploring their potential for achieving dispatchable, clean baseload power, cost projections, and key policy and technological pathways for global deployment.
This paper is based on the RFF's "Global Energy Outlook 2026" report, providing an in-depth analysis of the current state of the global energy system in the context of climate change. It discusses the difficulty of achieving the 1.5°C emissions reduction target, the key challenges in the energy structure transition, and how green investment and policy can reshape the global energy landscape.
In-depth analysis of the policy impact, investment trends, and technological breakthroughs in the global renewable energy industry for 2026. Discuss how project developers can achieve growth through resilience strategies under reduced tax credits and supply chain pressures.
In-depth analysis of the core position of photovoltaic (PV) technology in energy transition, exploring the trends of declining costs in global PV deployment, technological innovation, and how energy storage systems can become key to achieving resilient and smart grids. This paper examines the driving forces and future challenges of the PV industry from technical, policy, and economic perspectives.
This report deeply analyzes the potential of geothermal energy, exploring the technical pathways, investment trends, and global deployment opportunities for new geothermal drilling and closed-loop systems in achieving clean, reliable baseload power.
In-depth analysis of the development trends in the global hybrid solar and wind energy storage market, exploring the driving forces, challenges, and future growth paths under diesel replacement, the demand for 24/7 clean energy, and technological advancements. Focus on how system integration and software intelligence are reshaping energy systems.
In-depth analysis of the challenges and opportunities facing the global renewable energy industry in 2026. This article focuses on the impact of policy changes on photovoltaic and wind power investment, how energy storage system integration can ensure reliable power supply, and strategies for addressing supply chain resilience and technological innovation.
In-depth analysis of the global clean energy market size, driving factors, and key technological and policy trends in the energy transition. Explore how solar, wind, energy storage, and grid upgrades jointly shape the future energy landscape.
In-depth exploration of the potential for geothermal energy to evolve from traditional thermal resources to next-generation thermal systems (such as geothermal and closed-loop systems). Analyze its strategic position in energy transition, system flexibility, and climate policy to provide engineering and policy references for optimizing the global energy structure.
This article deeply analyzes the major advancements made in the clean energy sector in 2024, focusing on the key roles of photovoltaic power generation, wind energy development, and energy storage systems in the energy transition. It explores how policy drivers, technological breakthroughs, and capital flows jointly shape the global energy landscape, and examines the current challenges and future development trends.
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 Carnegie Endowment for International Peace's July 2025 report, interpreting the commercialization progress, global potential, and system value of next-generation geothermal technologies (EGS, closed-loop systems).
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.
The global green hydrogen market is expected to grow from USD 12.31 billion in 2025 to USD 231.32 billion by 2035, at a compound annual growth rate of 34.09%.
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.
ASEAN's solar and wind power generation grew at an average annual rate of 43%, but the growth rate slowed to 15% in 2022. To achieve the IEA net zero scenario, ASEAN needs to add 229 gigawatts of solar and wind capacity by 2030, making policy support and grid upgrades key.
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 Global Energy Monitor report shows that in 2025, the global wind and utility-scale solar pipeline grew by 11% to nearly 5 terawatts, but the pipeline in G7 countries has nearly stalled. China is far ahead with over 1.6 terawatts of operating capacity.
The US self-directed IRA platform has included Energea's community solar project portfolio in Brazil as an investment option, marking retirement funds entering the distributed photovoltaic field in emerging markets. This move provides new capital channels for the global energy transition while highlighting the potential and challenges of community solar in developing markets.
Constant Energy has completed a 928.75 kWp rooftop solar project for Phenikaa Hue in Thua Thien Hue Province, Vietnam, with an annual power generation of 1.24 million kWh, supporting industrial decarbonization.
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.
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.
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.
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.
TotalEnergies ENEOS completed the second phase of rooftop solar expansion at its Ceres factory in Indonesia, with a total capacity of 3.6 MWp and annual generation of 4,630 MWh, covering about 12% of the factory's electricity consumption. The project adopts a 15-year power purchase agreement model, achieving emission reductions and cost savings with zero upfront investment. This article analyzes the role of distributed solar in industrial decarbonization in Southeast Asia, business models, and grid challenges.
JinkoSolar has set world records 33 consecutive times with its TOPCon and tandem cell technologies and was named to the 2026 Fortune China Tech 50. This article analyzes how photovoltaic technology iteration drives the global energy transition, as well as the efficiency limits, mass production challenges, and market competition it faces.
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.