Paradoxical Trends Emerge in Global Coal Market: Investor Implications
The global energy landscape is presenting a perplexing dilemma for investors as 2025 concluded with the construction of new coal-fired power plants reaching a decade-long peak. This surge occurred even as the worldwide coal fleet generated less electricity, signaling a growing disconnect within the sector that demands close scrutiny from those managing oil and gas portfolios.
A recent comprehensive analysis reveals that the world commissioned nearly 100 gigawatts (GW) of fresh coal-fired power capacity in 2025, a volume comparable to 100 major coal power facilities. Alarmingly for the global energy transition, a staggering 95% of this new build concentrated within China and India, underscoring their critical role in future fossil fuel dynamics.
Despite this significant capacity expansion, the report highlights a contradictory trend: overall electricity generation from coal sources actually contracted by 0.6% in 2025. This downturn included marked declines observed across both China and India, largely attributed to record-breaking output from wind and solar installations, among other contributing factors. While historical precedents show dips in coal output can be temporary, with potential for short-term rebounds, the underlying economic fundamentals are shifting profoundly. For instance, approximately 70% of planned global coal plant retirements in 2025 were deferred due to the energy crisis of 2022 and subsequent policy adjustments, particularly in the United States.
However, the analysis concludes that the foundational economics of coal power have undergone a fundamental transformation. The persistently falling cost of renewable energy combined with diminished operational hours for coal assets is increasingly eroding profitability, challenging long-held assumptions about coal’s place in the energy mix. This fundamental shift presents both risks and opportunities for investors across the broader energy sector.
China and India Drive Capacity Growth, But Utilization Falters
In 2025, coal capacity additions reached their highest point in a decade, with 97 GW of new power plants coming online. This level has not been witnessed since 2015, which saw 107 GW brought into operation, making 2025 the second-highest year on record for new coal capacity. This expansion, however, masks critical nuances for investors.
The overwhelming majority of this growth originated from Asia’s two economic giants. China contributed a massive 78 GW, India added 10 GW, leaving only 9 GW for the rest of the world combined. This concentration suggests that the fate of global coal investment is increasingly tied to the policy decisions and energy demands of these two nations.
Paradoxically, even as Chinese coal capacity expanded by 6%, its actual electricity output simultaneously decreased by 1.2%. This implies that individual power plants are operating less frequently, directly impacting their revenue streams and profitability metrics. Similarly, India experienced a 3.8% rise in capacity alongside a 2.9% reduction in generation. The analysis indicates that China and India, which accounted for 87% of new coal capacity in the first half of 2025, amplified their dominance to 95% by year-end, solidifying their singular influence on the sector’s trajectory.
A project manager overseeing global coal plant tracking observed that in 2025, the world built more coal while simultaneously utilizing it less. This expert also noted the increasing concentration of development, with 95% of coal plant construction now in China and India, even as these nations are deploying solar and wind at a pace sufficient to displace thermal generation. Both China and India saw clean energy sources meet most or all of their electricity demand growth last year.
For instance, China deployed an unprecedented 212 GW of solar power in the first half of 2025 alone, positioning it as the nation’s foremost clean electricity source. Yet, China continues to propose new coal projects, with a record 162 GW of capacity either newly proposed or reactivated in 2025. This pushes its total coal capacity under development beyond 500 GW. China’s 15th “five-year plan” for 2026-2030 aims to “promote the peaking” of coal use, and recent policies have introduced stricter controls on local government coal consumption.
In India, 28 GW of new coal capacity was proposed or reactivated last year, bringing its total development pipeline to 107.3 GW and under-construction projects to 23.5 GW. The Indian government intends to commission 85 GW of new coal capacity over the next seven years, even as its clean energy expansion appears capable of covering all projected electricity demand growth. Outside of these two powerhouses, only 32 nations are currently pursuing new coal plant projects, a notable decrease from 38 in 2024. Countries like South Korea, Brazil, and Honduras notably abandoned new coal plans in 2025, effectively rendering Latin America free of new coal power proposals. This illustrates a clear global polarization in coal development and usage.
Indonesia’s coal fleet expanded by 7% to 61 GW in 2025, with approximately a quarter of this new capacity directly supporting its burgeoning nickel and aluminum processing industries. In a significant shift, Turkey, set to host the COP31 climate summit this November, now has only one remaining coal plant proposal, a dramatic reduction from 70 in 2015. Southeast Asia witnessed a third consecutive annual decline in new operating coal capacity in 2025. Nations in South Asia, vulnerable to imported energy price shocks, are increasingly diversifying into alternative technologies, exemplified by Pakistan’s rapid solar deployment. In Africa, new coal capacity plans are predominantly concentrated in Zimbabwe and Zambia, accounting for two-thirds of the region’s proposed development.
Policy Persistence Amidst Energy Transition
While new coal plants continue to be built and an even greater volume remains under development, the global electricity system is undeniably experiencing rapid transformation. Crucially, the burgeoning growth of affordable renewable energy means that commissioning new coal plants does not automatically translate into higher coal-fired electricity generation, a key factor for investors to consider when evaluating long-term asset value.
Without increasing output, building new coal plants merely leads to existing facilities operating less often, further undermining their economic viability compared to the rising tide of wind and solar power. Indeed, global coal electricity generation declined in 2025, aligning with findings that renewable energy surpassed coal in the same year to become the world’s largest electricity source.
Investors should recognize that coal generation may experience short-term fluctuations, particularly influenced by spikes in gas prices. Geopolitical events, such as the conflict in Iran, can trigger temporary reversals in the longer-term shift away from coal. Market analysis indicated that at least eight countries announced intentions to increase coal use or review transition plans in the immediate aftermath of the Iran conflict. However, experts anticipate any “return to coal” will be limited in scope and duration.
The report underscores that global fossil fuel price volatility can delay the phase-out of coal capacity over several years. In the European Union, for example, 69% of scheduled coal plant retirements were delayed in 2025, a direct consequence of the 2022-23 energy crisis sparked by the Russian invasion of Ukraine. Member states opted to retain coal capacity amid natural gas supply disruptions and heightened energy security concerns. Yet, the bloc’s coal-fired generation now sits over 40% below its 2022 peak, clearly demonstrating that increased capacity does not guarantee higher generation or associated carbon emissions.
Overall, repeated exposure to fossil fuel price volatility is as likely to accelerate the transition toward clean energy as it is to cause delays. Another expert highlighted that the primary challenge heading into 2026 is not a lack of viable alternatives, but rather the stubborn persistence of policies that continue to deem coal necessary, even as power systems increasingly move beyond it.
In the U.S., 59% of anticipated 2025 coal plant closures did not materialize due to government interventions aimed at preserving aging coal assets. Federal “emergency” directives have mandated the continued operation of five coal-fired power plants, despite the coal fleet’s declining competitiveness. This intervention has cost hundreds of millions of dollars and contributed to a 7% annual rise in average U.S. household electricity prices. Nevertheless, market data confirms that solar and wind both achieved new energy production records in the U.S. in 2025.
Despite policy headwinds and external fossil fuel price impacts, the fundamental dynamic has shifted. Clean energy’s growing competitiveness and widespread global deployment are raising the prospect of a more sustained decoupling between coal-capacity growth and actual generation, particularly if clean energy deployment maintains its current rapid pace. This evolving landscape necessitates a careful re-evaluation of long-term investment strategies within the broader energy sector.