The Drudge Report and others are suggesting that energy efficiency efforts somehow caused the power outage that occurred during the Super Bowl. But these attempts to scapegoat green energy are wrongheaded -- the outage occurred within the stadium, not among the energy efficient lighting outside the stadium.

Prior to Super Bowl XLVII, the New Orleans Host Committee worked to reduce the environmental impact of the game on and off the field, including by installing an energy efficient lighting display of LEDs outside the stadium.

During the second half of the game, many of the Superdome stadium's overhead lights blinked off, along with scoreboards, CBS-run cameras and other systems. The partial outage lasted for more than 30 minutes. The Drudge Report used the blackout to mock the possible “CURSE” from an efficient lighting display composed of LEDs on the outside of the Superdome:

Many prominent conservative media figures seized on the false implication -- Fox News contributor Katie Pavlich said “it's all [former Energy Secretary Steven Chu's] fault,” and the Daily Caller suggested that the energy efficient lighting was the “cause” of the blackout.

But, as Politico and TIME's Mike Grunwald pointed out, these exterior LED lights did not go dark:

The Drudge Report snarkily linked to an Energy Department article published Saturday that praised New Orleans for being at the “Energy Efficient Forefront” and noted that the Superdome “features more than 26,000 LED lights” that conserve energy. However, others quickly pointed out that those are exterior lights, not the lights that went dark inside the dome. [...] Whatever the cause turns out to be, New York Times reporter Jonathan Weisman saw one enduring U.S. tradition alive and well in the blackout aftermath. “Only in America,” he tweeted Sunday night, linking to Drudge's DOE link. “Blackout at Superdome actually becoming a political issue.”

While the exact causes of the Superbowl power outage are still unclear, the Obama administration has invested in smart grid technology that can help prevent blackouts at large.