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The report analyzes the potential for batteries and demand flexibility from electric vehicles (EVs) and heat pumps to replace fossil-based grid balancing in the EU by 2030. It projects a significant increase in battery capacity and the ability of smart charging and heating to reduce peak demand and grid strain, provided that regulatory barriers are removed and smart meter rollout is accelerated.

This report by Ember and IKND argues that Germany has a significant opportunity to enhance its energy security and reduce gas dependency by scaling up battery storage. While Germany leads Europe in battery capacity and has a strong project pipeline, the authors warn that current legislative drafts and a lack of a clean flexibility strategy may unfairly favor fossil gas in upcoming capacity auctions, potentially locking the country into costly gas imports.

The global electricity sector has transitioned from fossil-fuelled growth to clean growth, with clean power meeting all global demand growth in 2025. This shift is driven largely by the plateauing of fossil generation in China and the rapid scale-up of solar and wind power. Battery storage is now emerging as a critical technology to displace fossil fuels during non-daylight hours, particularly in high-solar regions.

The Türkiye Electricity Review 2026 by Ember analyzes Türkiye's electricity generation in 2025, highlighting a rapid shift toward wind and solar energy, which reached a record 22% share. Despite this growth, coal remains the primary power source at 34%, with a significant reliance on imports. The report also details the economic impact of drought on hydropower and Türkiye's substantial battery storage project pipeline.

This report by Ember and the Climate Vulnerable Forum (CVF) argues that falling costs for 'electrotech'—solar, batteries, and electric end-use technologies—provide a faster and cheaper path to energy access and economic development for emerging markets than traditional fossil-fuel-based models. It highlights how many CVF nations are already leapfrogging developed economies in solar penetration and electrification, reducing their dependence on expensive fossil fuel imports.

This report analyzes the emerging role of grid-scale batteries in the European Union as of 2025, highlighting their ability to compete with expensive gas-fired power during peak demand hours and reduce the curtailment of renewable energy. Using Italy as a primary example and California as a comparative case study, the document details how falling battery costs and widening price spreads are driving a record project pipeline aimed at lowering wholesale electricity prices and reducing reliance on fossil fuels.

The European Electricity Review 2026 by Ember analyzes electricity generation and demand across the EU-27 for 2025. The report highlights a historic tipping point where wind and solar combined to produce more electricity than all fossil fuel sources for the first time, while coal reached a new historic low. Despite this progress, the EU remains dependent on imported gas, which drove up electricity prices and import costs in 2025. The report emphasizes the role of battery storage in reducing gas reliance and curtailment of clean power.

This end-of-year commentary by Ember synthesises key findings from 2025 regarding the global energy transition, highlighting how solar and wind power have begun to outpace global electricity demand growth and reshape energy dynamics through the rise of "electrotech" and battery storage.

This fact sheet from RMI explains the function and application of renewably powered minigrids (and microgrids), detailing three primary configurations—isolated, undergrid, and interconnected—and providing global examples of their use in enhancing energy resilience and access in the Caribbean, Africa, and the United States.

RMI analysis indicates that Clean Energy Portfolios (CEPs) are more cost-effective and lower risk than the natural gas plant proposed by the Jacksonville Electric Authority (JEA). The report finds that JEA's updated capital cost projections for the gas plant are 139% higher than its 2023 estimates, while CEPs—particularly those leveraging high energy efficiency—offer lower net present value (NPV) costs and significant local economic benefits without the negative health externalities associated with gas combustion.

This report by Ember analyzes Mexico's technical and economic potential to transition its electricity sector toward solar power and battery storage to reduce dependence on imported US gas. It argues that while Mexico possesses world-class solar resources capable of meeting the vast majority of its electricity demand, high local installation costs and regulatory barriers currently hinder this potential.

This report by Ember analyzes the rapid growth of solar electricity generation in Central Europe (Czechia, Hungary, Poland, and Slovakia) from 2019 to 2024. It highlights how the region has outpaced the EU average in solar growth despite low political ambition and a historical reliance on coal, while also examining the region's role as a battery manufacturing hub and the current gaps in grid flexibility and storage deployment.

This report analyzes how Southwestern Pennsylvania can leverage its industrial legacy in steel and glass, alongside its current strengths in robotics and AI, to develop cleantech clusters. It identifies battery manufacturing, solar component manufacturing, and green buildings as high-potential sectors that could diversify the regional economy and create jobs, provided the region improves coordination and addresses specific workforce gaps.

Ember's response to the European Resource Adequacy Assessment (ERAA) 2025 consultation argues that the proposed input data underestimates the potential of clean flexibility and renewable energy while misrepresenting commodity prices, which could lead to overinvestment in fossil assets.

The report analyzes three mega-trends shaping the global electricity transition: the exponential growth of solar power and battery storage, structurally higher electricity demand driven by electrification and data centers, and the decoupling of electricity demand from fossil fuel growth in China and India.

In 2024, wind and solar combined to produce 17% of US electricity, surpassing coal (15%) for the first time. While electricity demand rose by 3%, solar generation grew by 27%, adding more generation than gas to meet this demand. Despite the growth in clean energy, overall power sector CO2 emissions rose slightly by 0.7% because gas generation increased to meet rising demand, though carbon intensity reached a record low.

This report by Ember analyzes the accelerating deployment of battery storage and solar power in the United States, highlighting how batteries are enabling higher solar penetration and displacing fossil fuels, particularly in California and Texas.

RMI describes the role of solar-plus-battery-storage microgrids in creating community resilience hubs, particularly during extreme weather events like hurricanes. Based on a cohort of leaders from various institutions, the guide outlines five key factors—facility suitability, electricity costs/net metering, energy efficiency, battery sizing strategies, and available funding—that can help non-taxable entities successfully implement microgrid projects in low-to-moderate income US communities.

Türkiye has rapidly expanded its solar energy capacity, doubling it in 2.5 years and surpassing its 2025 target ahead of schedule. While solar growth is accelerating, wind energy installations have slowed, though ambitious new 2035 targets and a significant pipeline of storage-integrated projects suggest potential for further transition.

This report by Ember analyses Energy Information Administration (EIA) data to demonstrate how solar power and battery storage met a significant portion of the United States' rising electricity demand in 2025.