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This photo shows a worker walking through a field of solar panels at Pocono Raceway, in Long Pond, Pennsylvania.
We desperately need clean energy now. That’s what this election is about.
To understand the primal stakes in this year’s election, and to understand the very exciting possibility for rapid progress in the climate fight, a new set of numbers is extremely useful.
They come courtesy of Electrek’s Michelle Lewis, reporting on the longtime renewable researcher Ken Bossong’s analysis of the data on electric generation provided each month by the Energy Information Administration. And what they show is the remarkable transformation over the last decade. In 2014, solar power “utility-scale solar provided a mere 9.25 GW (0.75%) of total installed US generating capacity.” Which is to say, less than one percent. But “by the middle of 2024, installed solar capacity had risen to 8.99% of total utility-scale capacity.” (Add another few percent for rooftop distributed solar).
That still sounds like a relatively small percentage—under ten percent. But in fact what it measns is that we’ve finally moved on to the steep part of an S curve, and if we can keep up anything like that pace of expansion it won’t be long before the numbers are truly incredible. Indeed, as Bossong pointed out on Twitter, “the combination of utility-scale and “estimated” small-scale (e.g., rooftop) solar increased by 26.3% in the first six months of 2024 compared to the same period in 2023.” Statistics numb the brain so let me say it another way: we are on the cusp of a true explosion that could change the world. We are starting to put out the fires that humans have always relied on, and replace them with the power of the sun.
Pretty much the same thing is happening with wind, and pretty much the same thing is happening around the world. Bloomberg predicted last week that global installations of new solar modules would hit 592 gigawatts this year—up 33 percent from last year. The point is, when you’re doing this a few years in a row the totals start to grow very very fast. When something that provides one percent of your electricity doubles to two percent, that doesn’t mean much—but when something that supplies ten or twenty percent goes up by a third that’s actually quite a lot. And more the next year.
For a long while, you could see this growth coming, but it hadn’t yet added up to enough to materially dent the use of coal and gas and oil. But that is starting to change. Here’s the most important number I can give you, supplied to me this afternoon by Stanford professor Mark Jacobson, who has been keeping careful track of the California electric grid. As I wrote earlier, it’s been moving to renewable energy faster than almost anywhere in the country. The result: “For the (almost) 6-month period from March 7 to September 4, fossil gas use on the grid was 29% lower in 2024 than in 2023.” I’m going to repeat that. “For the (almost) 6-month period from March 7 to September 4, fossil gas use on the grid was 29% lower in 2024 than in 2023.” That is, the use of natural gas to generate electricity has dropped by almost a third in one year in the fifth largest economy in the world. In 2023, fossil gas provided 23% more electricity to the grid than solar in that six month period. In 2024, those numbers were almost perfectly reversed: solar provided 24 percent more electricity than fossil gas, 39,865 GWh v 24,033 GWh. In one year. That’s how this kind of s-curve exponential growth works, and how it could work everywhere on earth,
All this is the premise for understanding why the fossil fuel industry is so freaked out about this year’s election. They can read these charts as easily as anyone, and they know what’s coming. If it keeps happening at this pace, it will quickly start reducing demand for their products—they have vast reserves of, say, natural gas in the Permian Basin that will stay there forever simply because there’s no market. They have to lock in customers right now, or else watch their whole business start to slowly, and then quickly, fade. And with that fade will come, inevitably, reduced political power. Right now they can still frighten politicians—hence the fact that Kamala Harris, with Pennsylvania on the line, has to insist she supports fracking. But four years from now, not so much.
And if Trump wins, there’s tons that he can do to slow the transition down. He can’t “kill wind,” as he has promised. But he can make it impossible for it to keep growing at the same rate—right now there are teams in the White House managing every single big renewable project, trying to lower the regulatory hurdles that get in the way of new transmission lines, for instance. A Trump White House will have similar teams, just operating in reverse.
Again, he can’t hold it off forever—economics insures that cheap power will eventually win out. But eventually doesn’t help here, not with the poles melting fast. We desperately need clean energy now. That’s what this election is about—will Big Oil get the obstacle it desperately desires, or will change continue to play out—hopefully with a big boost from the climate movement for even faster progress.
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To understand the primal stakes in this year’s election, and to understand the very exciting possibility for rapid progress in the climate fight, a new set of numbers is extremely useful.
They come courtesy of Electrek’s Michelle Lewis, reporting on the longtime renewable researcher Ken Bossong’s analysis of the data on electric generation provided each month by the Energy Information Administration. And what they show is the remarkable transformation over the last decade. In 2014, solar power “utility-scale solar provided a mere 9.25 GW (0.75%) of total installed US generating capacity.” Which is to say, less than one percent. But “by the middle of 2024, installed solar capacity had risen to 8.99% of total utility-scale capacity.” (Add another few percent for rooftop distributed solar).
That still sounds like a relatively small percentage—under ten percent. But in fact what it measns is that we’ve finally moved on to the steep part of an S curve, and if we can keep up anything like that pace of expansion it won’t be long before the numbers are truly incredible. Indeed, as Bossong pointed out on Twitter, “the combination of utility-scale and “estimated” small-scale (e.g., rooftop) solar increased by 26.3% in the first six months of 2024 compared to the same period in 2023.” Statistics numb the brain so let me say it another way: we are on the cusp of a true explosion that could change the world. We are starting to put out the fires that humans have always relied on, and replace them with the power of the sun.
Pretty much the same thing is happening with wind, and pretty much the same thing is happening around the world. Bloomberg predicted last week that global installations of new solar modules would hit 592 gigawatts this year—up 33 percent from last year. The point is, when you’re doing this a few years in a row the totals start to grow very very fast. When something that provides one percent of your electricity doubles to two percent, that doesn’t mean much—but when something that supplies ten or twenty percent goes up by a third that’s actually quite a lot. And more the next year.
For a long while, you could see this growth coming, but it hadn’t yet added up to enough to materially dent the use of coal and gas and oil. But that is starting to change. Here’s the most important number I can give you, supplied to me this afternoon by Stanford professor Mark Jacobson, who has been keeping careful track of the California electric grid. As I wrote earlier, it’s been moving to renewable energy faster than almost anywhere in the country. The result: “For the (almost) 6-month period from March 7 to September 4, fossil gas use on the grid was 29% lower in 2024 than in 2023.” I’m going to repeat that. “For the (almost) 6-month period from March 7 to September 4, fossil gas use on the grid was 29% lower in 2024 than in 2023.” That is, the use of natural gas to generate electricity has dropped by almost a third in one year in the fifth largest economy in the world. In 2023, fossil gas provided 23% more electricity to the grid than solar in that six month period. In 2024, those numbers were almost perfectly reversed: solar provided 24 percent more electricity than fossil gas, 39,865 GWh v 24,033 GWh. In one year. That’s how this kind of s-curve exponential growth works, and how it could work everywhere on earth,
All this is the premise for understanding why the fossil fuel industry is so freaked out about this year’s election. They can read these charts as easily as anyone, and they know what’s coming. If it keeps happening at this pace, it will quickly start reducing demand for their products—they have vast reserves of, say, natural gas in the Permian Basin that will stay there forever simply because there’s no market. They have to lock in customers right now, or else watch their whole business start to slowly, and then quickly, fade. And with that fade will come, inevitably, reduced political power. Right now they can still frighten politicians—hence the fact that Kamala Harris, with Pennsylvania on the line, has to insist she supports fracking. But four years from now, not so much.
And if Trump wins, there’s tons that he can do to slow the transition down. He can’t “kill wind,” as he has promised. But he can make it impossible for it to keep growing at the same rate—right now there are teams in the White House managing every single big renewable project, trying to lower the regulatory hurdles that get in the way of new transmission lines, for instance. A Trump White House will have similar teams, just operating in reverse.
Again, he can’t hold it off forever—economics insures that cheap power will eventually win out. But eventually doesn’t help here, not with the poles melting fast. We desperately need clean energy now. That’s what this election is about—will Big Oil get the obstacle it desperately desires, or will change continue to play out—hopefully with a big boost from the climate movement for even faster progress.
To understand the primal stakes in this year’s election, and to understand the very exciting possibility for rapid progress in the climate fight, a new set of numbers is extremely useful.
They come courtesy of Electrek’s Michelle Lewis, reporting on the longtime renewable researcher Ken Bossong’s analysis of the data on electric generation provided each month by the Energy Information Administration. And what they show is the remarkable transformation over the last decade. In 2014, solar power “utility-scale solar provided a mere 9.25 GW (0.75%) of total installed US generating capacity.” Which is to say, less than one percent. But “by the middle of 2024, installed solar capacity had risen to 8.99% of total utility-scale capacity.” (Add another few percent for rooftop distributed solar).
That still sounds like a relatively small percentage—under ten percent. But in fact what it measns is that we’ve finally moved on to the steep part of an S curve, and if we can keep up anything like that pace of expansion it won’t be long before the numbers are truly incredible. Indeed, as Bossong pointed out on Twitter, “the combination of utility-scale and “estimated” small-scale (e.g., rooftop) solar increased by 26.3% in the first six months of 2024 compared to the same period in 2023.” Statistics numb the brain so let me say it another way: we are on the cusp of a true explosion that could change the world. We are starting to put out the fires that humans have always relied on, and replace them with the power of the sun.
Pretty much the same thing is happening with wind, and pretty much the same thing is happening around the world. Bloomberg predicted last week that global installations of new solar modules would hit 592 gigawatts this year—up 33 percent from last year. The point is, when you’re doing this a few years in a row the totals start to grow very very fast. When something that provides one percent of your electricity doubles to two percent, that doesn’t mean much—but when something that supplies ten or twenty percent goes up by a third that’s actually quite a lot. And more the next year.
For a long while, you could see this growth coming, but it hadn’t yet added up to enough to materially dent the use of coal and gas and oil. But that is starting to change. Here’s the most important number I can give you, supplied to me this afternoon by Stanford professor Mark Jacobson, who has been keeping careful track of the California electric grid. As I wrote earlier, it’s been moving to renewable energy faster than almost anywhere in the country. The result: “For the (almost) 6-month period from March 7 to September 4, fossil gas use on the grid was 29% lower in 2024 than in 2023.” I’m going to repeat that. “For the (almost) 6-month period from March 7 to September 4, fossil gas use on the grid was 29% lower in 2024 than in 2023.” That is, the use of natural gas to generate electricity has dropped by almost a third in one year in the fifth largest economy in the world. In 2023, fossil gas provided 23% more electricity to the grid than solar in that six month period. In 2024, those numbers were almost perfectly reversed: solar provided 24 percent more electricity than fossil gas, 39,865 GWh v 24,033 GWh. In one year. That’s how this kind of s-curve exponential growth works, and how it could work everywhere on earth,
All this is the premise for understanding why the fossil fuel industry is so freaked out about this year’s election. They can read these charts as easily as anyone, and they know what’s coming. If it keeps happening at this pace, it will quickly start reducing demand for their products—they have vast reserves of, say, natural gas in the Permian Basin that will stay there forever simply because there’s no market. They have to lock in customers right now, or else watch their whole business start to slowly, and then quickly, fade. And with that fade will come, inevitably, reduced political power. Right now they can still frighten politicians—hence the fact that Kamala Harris, with Pennsylvania on the line, has to insist she supports fracking. But four years from now, not so much.
And if Trump wins, there’s tons that he can do to slow the transition down. He can’t “kill wind,” as he has promised. But he can make it impossible for it to keep growing at the same rate—right now there are teams in the White House managing every single big renewable project, trying to lower the regulatory hurdles that get in the way of new transmission lines, for instance. A Trump White House will have similar teams, just operating in reverse.
Again, he can’t hold it off forever—economics insures that cheap power will eventually win out. But eventually doesn’t help here, not with the poles melting fast. We desperately need clean energy now. That’s what this election is about—will Big Oil get the obstacle it desperately desires, or will change continue to play out—hopefully with a big boost from the climate movement for even faster progress.