renewable energy – Renewables supplied a slightly larger share of global electricity than coal for the first time since 1919—reshaping markets, policy fights, and America’s energy future.
For more than a century, coal has been a baseline of modern electricity—steady, dominant, and politically hard to dislodge.
Now, the balance has tipped.. Renewable power produced 33.8% of the world’s electricity last year. narrowly edging out coal’s 33%. according to Misryoum’s review of a 2026 Global Electricity Review released ahead of Earth Day.. It’s the first time in roughly 100 years that those two lines have crossed. a milestone that reads like a scoreboard but feels more like a turning point: the era in which coal set the pace for global grids is ending.
Behind the statistic is a story about compounding change.. Solar. in particular. has grown at a breakneck rate since the mid-2010s. and each new round of deployment has made the next round cheaper and easier.. The world signed the Paris climate agreement in 2015 expecting long-term progress, not an inflection point.. But by then. solar was already small compared with nuclear and far behind fossil fuels; within a decade. it had multiplied dramatically.
What makes this crossing matter for everyday Americans isn’t just climate theory—it’s the economics of power that flow into utility bills. industrial competitiveness. and the cost of building data centers that increasingly underpin daily life.. Misryoum analysis suggests that if clean electricity can keep scaling fast enough. it doesn’t just reduce emissions over time; it also changes what governments consider “practical” energy policy.
The numbers point in one direction: solar alone accounted for the majority of the growth in global electricity demand. while wind and solar together absorbed nearly all of the new grid needs being added worldwide.. Fossil generation, by contrast, has barely budged in the aggregate.. That combination—renewables growing. fossil flatlining—helps explain why coal’s share can fall even if countries still burn enormous volumes.. Coal remains a huge part of the global system; it’s just no longer the engine of growth.
Misryoum also sees the shift accelerating because the “old objections” to solar are losing force.. The familiar complaint—that it goes dark when the sun sets—has become less persuasive as storage expands and costs drop.. Battery deployment has surged, and paired systems are increasingly designed to deliver power beyond daylight hours.. In practice. the conversation is moving from whether solar can generate to how reliably it can run alongside wind. grid management. and storage.
The supply chain story is equally consequential, and it reaches U.S.. policy debates in a direct way.. China manufactures the bulk of the world’s solar panels and many of the upstream materials that make them.. That dominance has fueled geopolitical arguments over tariffs, trade restrictions, and whether America should build parallel supply chains.. But for households and businesses. the core driver remains the same: lower hardware costs have made clean power cheaper to build than many alternatives—at a pace that few other technologies have ever matched.
Still, the milestone doesn’t mean coal is disappearing overnight.. Misryoum cautions that a flat year for coal is not the same as a declining one. and coal fleets do not shut down instantly.. In several major economies. governments continue to approve new coal capacity. meaning coal may remain a backup or emergency source for years.. The climate win is real. but the system transition is uneven. and the remaining emissions problem will be shaped as much by investment decisions as by technology.
For the United States, the question is whether national policy keeps up with market momentum.. Misryoum’s reading of the situation is blunt: U.S.. rules can slow new clean capacity even when costs and demand are moving in favor of renewables.. Recent federal changes affecting the solar tax credit and eligibility rules for some projects are a reminder that incentives matter—especially during the scale-up years when developers decide where to spend.. If the U.S.. cuts support while other regions keep building. the gap won’t just show up in climate reports; it will show up in jobs. manufacturing orders. and the pace of grid modernization.
And then there’s the wildcard that energy planners can’t fully hedge: explosive data-center growth tied to artificial intelligence.. Misryoum analysis flags this as a real near-term risk because it can change electricity demand forecasts quickly.. In that scenario. the grid’s challenge is not only producing enough power—it’s producing enough clean power fast enough.. Fossil fuels can step in when demand rises faster than new transmission, permitting, and clean generation can keep pace.
The broader lesson Misryoum draws from past energy shocks is that disruption accelerates change when alternatives are already commercially viable.. In the 1970s, the U.S.. response to oil market chaos helped seed long-term efficiency and solar research that took decades to mature.. Today, the difference is that clean technologies are already at scale, making it easier to pivot when supply disruptions hit.. With turmoil affecting global oil flows, countries can lean into renewables and storage rather than reflexively expanding fossil output.
So what’s next?. The crossing of renewables over coal is best understood as the start of a new phase, not a finish line.. Misryoum believes the practical battleground now is speed—how quickly grids can add clean generation. how quickly permitting and transmission can expand. and how resilient energy plans are when demand surges unexpectedly.. If the U.S.. matches the market’s pace and manages the AI-driven load challenge. the clean-growth story will look less like a headline and more like a new baseline for the power systems Americans rely on.