Modern combat 5 blackout logo .png1/19/2024 ![]() ![]() here.) The way we move electricity around in this country just isn’t designed to meet modern energy needs. (This is an issue in other places around the world, too, but I’m going to focus on the U.S. Thanks in part to historic federal investments, we’re on a path to use more clean electricity sources than ever before-including wind, solar, nuclear, and geothermal energy-which would reduce household costs, cut pollution, and diversify our energy supply so we’re not dependent on any one thing.īut to take advantage of this opportunity, we need to first bring our grid into the 21 st century. The United States has made remarkable progress over the last two years toward a future where every home is powered by clean energy. And in the process, we will unleash the potential of affordable and abundant clean energy. If we do, we will make sure people always have power when they need it. ![]() The solution is clear: We need to upgrade our grid, build more high-voltage transmission lines that can carry electricity long distances, and use those transmission lines to better connect regions and communities to one another. And just last month, extreme cold across the United States once again pushed power grids to the brink. Hundreds of people died, and millions were without power for days. Two years ago in Texas, the local grid failed after three winter storms in a row. Extreme weather events have made a lot more people aware of power grids-and how they can fail. The power grid just wasn’t something many people thought about back then. But when I would tell people about my job, I’d often get blank stares. We were computerizing the grid, and I got to work with some top-notch programmers. My first job, in high school, was writing software for the entity that controls the power grid in the Northwest.
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