April 2026 may come to be remembered as one of the clearest signals yet that the architecture of global electricity generation is undergoing a profound transformation. For the first time ever, electricity produced from wind turbines and solar installations generated more power worldwide than gas-fired plants, according to newly released analysis from Ember.
The numbers mark a decisive moment in the evolution of the global energy system. Wind and solar together supplied 22 percent of the world’s electricity during April, while gas accounted for 20 percent. In practical terms, renewable generation exceeded gas output by 54 terawatt-hours during the month.
Only a few years ago, such an outcome would have appeared improbable. In April 2021, global gas-fired generation stood at roughly 476TWh, almost double the electricity produced by wind and solar combined, which totaled 245TWh at the time. Five years later, the equation has fundamentally changed.
The latest figures emerge during a period of continuing instability in global fossil fuel markets. Supply disruptions, volatile LNG pricing, and geopolitical tensions have intensified scrutiny of countries dependent on imported gas. Against that backdrop, the economics of renewable electricity have strengthened further, particularly in markets seeking greater energy independence and long-term price stability.
Kostantsa Rangelova, Global Electricity Analyst at Ember, said the trend reflects a growing recognition among governments that renewable generation offers both economic and strategic advantages.
“Countries around the world have been turning to wind and solar because they are cheap, homegrown and secure sources of electricity,” Rangelova noted.
She added that the current energy environment has accelerated investment momentum by exposing the vulnerability of electricity systems tied to imported fossil fuels. In many regions, LNG-based electricity generation is increasingly struggling to compete with the falling costs and scalability of renewable infrastructure.
The pace of expansion has been especially visible across major economies. Ember estimates that global wind and solar generation increased by 13 percent year-on-year in April 2026. China recorded growth of 14 percent, while the European Union rose by 13 percent. The United Kingdom saw particularly sharp expansion at 35 percent. Additional increases were registered in the United States at 8 percent, Australia at 17 percent, Chile at 24 percent, and Brazil at 4 percent.
The analysis combines official electricity data from 36 countries with modeled estimates for markets that had not yet released final April figures.
Although the milestone does not necessarily indicate that renewables will remain permanently ahead of gas every month of the year, many within the energy sector view it as evidence of a durable structural shift rather than a temporary anomaly.
Seasonal conditions also contributed to the result. Spring weather across the northern hemisphere delivered a favorable combination of strong wind resources and rising solar irradiance, while milder temperatures reduced demand for gas-fired electricity generation.
Bruce Douglas, CEO of the Global Renewables Alliance, described the development as an example of how rapidly electricity systems are changing even during periods of fossil fuel market turbulence.
“The milestone occurred during the first full month of the latest global energy crisis triggered by the conflict in the Middle East, highlighting how rapidly growing wind and solar generation is reshaping the global power mix even amid fossil fuel market volatility,” Douglas said.
He emphasized that future progress will increasingly depend on expanding grid infrastructure and energy storage capacity capable of moving renewable electricity efficiently across time and geography.
The broader trajectory has already become visible in several advanced electricity markets. Across the European Union, wind and solar provided 30 percent of all electricity generation throughout 2025, narrowly exceeding fossil fuels at 29 percent. Nuclear power accounted for much of the remaining share.
Globally, the transition has continued to gather momentum. During the first half of 2025, renewable electricity generation surpassed coal output for the first time on record, another milestone that would once have seemed distant.
What makes April 2026 particularly significant is not merely the ranking itself, but what it reveals about the direction of the global energy economy. Technologies once treated as supplementary sources of electricity are increasingly becoming central pillars of national power systems. Gas, long viewed as the dominant transition fuel, is now facing competition not only from climate policy, but from economics, scale, and deployment speed.
The balance of power inside the world’s electricity networks is no longer shifting gradually. It is already being rewritten in real time.
