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In 2023, climate finance to EMDEs surpassed USD 1 trillion, with 80% sourced domestically and China accounting for 64% of total flows. While mitigation finance grew to USD 979 billion, it remains far below the estimated USD 3.86 trillion annual need. Adaptation finance totaled USD 48 billion, showing significant unevenness as the top 20% of countries received over 70% of these funds. International public finance exceeded USD 159 billion, but faces potential declines due to ODA cuts, while international private finance rose to USD 49 billion. The report emphasizes that EMDEs require nearly USD 4 trillion annually through 2030 to achieve climate goals.

Global Energy Monitor reports that 216 GW of proposed green hydrogen projects in 11 African countries are primarily designed for export to Europe, despite a lack of established markets, funding, and infrastructure. The analysis highlights a disconnect between these massive, often hypothetical projects and the urgent need for domestic electrification, noting that 61% of prospective utility-scale wind and solar projects in Africa are earmarked for hydrogen. While small-scale distributed solar and wind projects have successfully improved energy access, the large-scale hydrogen push risks creating stranded assets and depleting local water resources without providing significant local economic value.

The report examines the land-use intensity of various renewable energy sources and proposes dual-land-use systems—such as agrivoltaics and ecovoltaics—to mitigate land degradation and enhance biodiversity and food security. It emphasizes the need for cross-sectoral policy coordination, inclusive governance, and targeted finance to ensure the energy transition does not compromise land health or local livelihoods.

The document investigates the environmental footprint of hyperscale data centers in Brazil, arguing that the government's push to become a global hub via the REDATA regime overlooks significant ecological and social costs. It highlights the creation of 'green sacrifice zones' where marginalized communities bear the burden of infrastructure, the extractive nature of the mineral supply chain for hardware, and the high energy and water demands of AI. The paper also critiques the 'myth' of permanent job creation and the exclusion of environmental authorities from policy-making, while detailing the specific ecological trade-offs associated with solar, wind, and hydroelectric power used to fuel these facilities.

The document argues that Colombia's previous renewable energy auctions, which focused exclusively on price, led to social conflicts and project cancellations, particularly in La Guajira. It proposes a new framework incorporating non-price criteria—such as local employment, community benefit-sharing, and gender perspectives—into qualification and award processes. Additionally, it suggests creating a dedicated support agency and a 'joining process' (proceso de adhesión) to enable small-scale community energy projects (up to 5 MW) to access the market without competing directly with large developers.

The document examines how Poland's high energy intensity and reliance on fossil fuels create economic vulnerabilities, specifically through high electricity and gas prices and EU ETS costs. It posits that transitioning to low-emission technologies and improving energy efficiency can lower production costs and boost GDP. The briefing highlights the role of renewable energy, such as wind and solar, and Power Purchase Agreements (PPAs) in stabilizing energy prices. It also discusses the importance of emission transparency for consumer appeal and provides case studies of Polish companies like ORLEN, Galmet, and Kompania Piwowarska implementing decarbonization strategies.

Private equity firms have invested nearly $200 billion in data center-related industries since January 2022, driving a strategy of acquiring vertically integrated retail energy utilities and fossil fuel power plants to secure power for AI infrastructure. BlackRock's Global Infrastructure Partners (GIP) has acquired ALLETE Inc. and is pursuing a $38 billion takeover of AES, while Blackstone has invested in the Potomac Energy Center and is seeking to acquire TXNM Energy. The report argues that this expansion risks creating stranded high-emitting assets if AI demand is overestimated, while already causing increased electricity costs for ratepayers—rising up to 267% in some data center hubs—and significant environmental degradation. Organized community resistance has already delayed or blocked $64 billion in data center projects across 24 U.S. states.

The We Mean Business Coalition asserts that the Paris Agreement has created a shared global framework that made climate policy investible, leading to a surge in clean energy investment and the growth of renewables. Despite progress, such as renewables supplying nearly a third of global electricity and clean-energy investment surpassing $2 trillion in 2024, the document warns that overall ambition remains insufficient. It calls for governments to redirect fossil-fuel subsidies toward clean investment, reform energy markets, and deliver more credible Nationally Determined Contributions (NDCs) by COP30 to ensure a stable economic and climatic future.

India's coal fleet is shifting from baseload to flexible balancing to integrate rising solar and wind energy. By FY 2031–32, coal plants will need to operate closer to their technical minimums, with a projected average plant load factor (PLF) drop from 69% to 55%. This transition will disproportionately impact high-cost, less efficient units, suggesting that the 35 GW of coal capacity currently under construction is sufficient for supply security without further additions.

The report analyzes the rising effective costs of coal power in India due to underutilisation, which is expected to increase average tariffs by roughly 25% as PLFs fall. It highlights that fixed costs drive 85% of this increase, making new coal capacity economically inferior to Firm and Dispatchable Renewable Energy (FDRE). The author concludes that India's 2032 power goals can be met with the ~35 GW of coal already in the pipeline, rendering further expansion unnecessary and financially risky for distribution companies (DISCOMs).

The document outlines strategies for India's power sector transition, emphasizing the need to improve coal plant flexibility, reform power purchase agreements, and scale up energy storage to manage solar integration and grid reliability.

The report argues that as India expands solar and wind capacity, coal's role will shift from baseload provider to a flexible balancing resource, leading to lower plant load factors (PLFs) and higher effective costs. By FY 2031-32, coal-based electricity is projected to be roughly 25% costlier than in FY 2024-25. The analysis suggests that the ~35 GW of coal capacity currently under construction is sufficient for reliability, making further coal expansion uneconomical compared to firm and dispatchable renewable energy (FDRE) and storage options.

Türkiye aims for 120 GW of wind and solar capacity by 2035, but grid capacity limits and bureaucratic hurdles pose significant obstacles. The report suggests redirecting the $8.7 billion allocated for domestic coal subsidies toward grid modernisation and storage-integrated projects. Key strategies for increasing capacity include deploying rooftop solar (with a 120 GW potential), floating and hybrid solar at dammed hydroelectric plants, and utilizing a 33.1 GW stock of storage-integrated projects to maintain grid balance.

Turkey aims for 120 GW of wind and solar capacity by 2035, but grid capacity limits and bureaucratic hurdles pose significant risks. The report highlights that the $8.7 billion earmarked for domestic coal support through 2030 exceeds the 362 billion TL (approx. $5.7 billion) needed for a five-year grid renewal plan by 53%. To meet the 76.9 GW solar target, Turkey must install an average of 5.3 GW annually over the next decade, utilizing floating solar on dams, hybrid systems, storage, and rooftop solar to reduce grid pressure and ensure system stability.

As of 2025, solar energy is the cheapest source of electricity generation in Türkiye, with a Levelised Cost of Electricity (LCOE) of $43 USD/MWh. This is 21% cheaper than the average cost of generating electricity from existing domestic coal plants ($55 USD/MWh) and 52% cheaper than a new domestic coal plant, which is estimated at $90 USD/MWh. Over the last decade, solar installation costs in Türkiye fell by 77%, contributing to a 69% reduction in LCOE. In contrast, the average cost for domestic coal generation varies significantly based on plant efficiency and coal calorific value, ranging from $32 USD/MWh to $86 USD/MWh. Furthermore, purchase prices for wind and solar projects under recent YEKA tenders are less than half of the $75 USD/MWh provided to domestic coal power plants until 2030.

Türkiye has pledged a purchase guarantee of $75 USD/MWh for domestic coal power plants through 2030, an incentive estimated to cost at least $8.7 billion over four years. This subsidy is 12% higher than the average sales price of $67 USD/MWh and 36% above the average electricity generation cost of domestic coal ($55 USD/MWh). The report finds that solar energy is now the cheapest source of electricity in Türkiye, with a Levelised Cost of Electricity (LCOE) of $43 USD/MWh, representing a 69% decrease over the last decade. In contrast, a new domestic coal plant would have an LCOE of approximately $90 USD/MWh. The $8.7 billion coal subsidy is 53% higher than the ₺362 billion (approximately $5.7 billion) budget allocated by TEİAŞ for grid upgrades between 2024 and 2028. The report argues that achieving the 2035 target of 120 GW of total installed wind and solar capacity requires upgrading the grid and removing bureaucratic barriers to rooftop, floating, hybrid, and storage-integrated solar projects.

Solar energy has become the cheapest electricity generation method in Turkey, with the Levelized Cost of Electricity (LCOE) for new solar plants falling to 43 USD/MWh. This is 21% lower than the average cost of existing domestic coal plants (55 USD/MWh) and significantly cheaper than the projected 90 USD/MWh for new domestic coal plants. While the Turkish National Energy Plan targets 1.7 GW of new domestic coal by 2030, the document highlights that solar installation costs have dropped by 77% over the last decade, making new solar plants 52% cheaper than new domestic coal plants.

The author contends that Canada needs a strong climate competitiveness strategy to diversify trade beyond the United States and remain competitive in markets like the EU, UK, and China. The text highlights the rapid global decline in costs for solar, wind, and batteries, and suggests specific policy actions for the Canadian government, including strengthening industrial carbon pricing, expanding electricity grids, reducing methane emissions, and maintaining the federal electric vehicle mandate.

The EU remains highly vulnerable to energy price shocks and supply disruptions due to a 58% reliance on imported fossil fuels for primary energy. While the power sector has largely transitioned to homegrown sources, sectors like transport (88% reliant on imports) and buildings remain exposed. The report argues that electrification can reduce fossil import dependency to 30% by 2040, noting that 67% of EU energy demand can already be electrified with mature technologies. Current frontrunners, such as Denmark with electric vehicles and the Netherlands with heat pumps, demonstrate significant displacement of oil and gas imports.

In 2025 Q3, US utility resource plans showed increasing projected electricity demand and emissions, with many utilities delaying fossil plant retirements to ensure resource adequacy. Load growth is primarily driven by large loads like data centers, while the phase-out of federal renewable tax credits and MISO regulatory changes have led to reduced wind and solar plans and increased reliance on gas capacity. Current IRP projections indicate a significant gap between planned emissions reductions and the net-zero targets required by 2035 for climate alignment.