Blackouts in New York as heatwave pushes temperatures past 100°F
NEW YORK, Thursday, June 26, 2025, 8:30 AM local time – An unprecedented extreme heatwave is gripping the East Coast, and New York City is at the heart of the crisis: thousands of residents are left without power as temperatures continue to soar above 100°F (38°C).
More than 3,000 people across parts of Queens, Brooklyn, and Staten Island have been without electricity for a second day, according to PIX 11. Meanwhile, Con Edison has managed to restore power to over 34,000 households in the Bronx, but the pressure on the electrical grid remains critical.
This is a stark example of how extreme weather is overwhelming urban infrastructure, much of which dates back to the 1960s and 1970s. Large portions of the U.S. power grid are more than 50 years old and would require billions in investments to bring up to modern standards capable of withstanding today’s climate challenges.
The heatwave is expected to peak in major Northeastern cities between today and tomorrow, according to meteorological forecasts. Experts are describing conditions as similar to being in an “air fryer” — a stifling combination of high heat, humidity, and little wind.
Ryan Maue, meteorologist and former chief scientist at the National Oceanic and Atmospheric Administration, told NPR: “Like an air fryer, it’s going to be hot.” He added, “This is a three-day stretch of dangerous heat that will truly test the endurance of urban dwellers and those most vulnerable to oppressive heatwaves.”
Other states are also issuing early warnings: utilities in North Carolina are urging residents to conserve electricity in case of grid overload, while Maine is bracing for potential peak load issues.
Adding further strain to the system is the surging energy demand from AI data centers. As Sam Altman recently noted, a significant fraction of the world’s electricity could soon be required just to power artificial intelligence.
The future of America’s electrical infrastructure, caught between climate change, aging systems, and rising demand, is looking increasingly uncertain.
