In a first, wind and solar generated more power than gas globally in April 2026

In April 2026, renewable energy sources wind and solar collectively generated more electricity than natural gas on a global scale for the first time. This milestone marks a significant shift in the energy landscape, highlighting the rapid growth and integration of renewables into the world’s power grids. The surge in wind and solar output was driven by favourable weather conditions and continued investments in renewable infrastructure, underscoring the increasing viability of clean energy as a primary power source. The data reveals that wind and solar combined accounted for a larger share of global electricity production than gas, traditionally one of the dominant fossil fuels used for power generation. This transition reflects ongoing efforts by countries to reduce carbon emissions and meet climate targets, as well as the declining costs of renewable technologies. Analysts note that while gas remains a critical part of the energy mix, its role is gradually diminishing as renewables become more reliable and cost-effective. Industry experts have welcomed this development as a watershed moment, signalling that the energy transition is accelerating faster than anticipated. Some caution, however, that challenges remain in balancing supply and demand, given the intermittent nature of wind and solar power. Investments in energy storage and grid management technologies will be crucial to sustain this trend and ensure a stable electricity supply as reliance on renewables increases. Looking ahead, the record set in April 2026 could pave the way for further shifts in global energy production, with renewables expected to continue expanding their share. Policymakers and energy companies are likely to intensify efforts to phase out fossil fuels, supported by technological advancements and regulatory frameworks. This historic milestone serves as both a benchmark and a catalyst for the ongoing transformation towards a cleaner, more sustainable energy future.