Is clean energy actually cheaper than fossil fuels now?
Yes. New utility-scale solar and wind are now the cheapest sources of new electricity in the United States, undercutting new natural gas plants by a significant margin, and have held that position for roughly a decade straight.[1]
What the numbers show
New solar beats new gas
Lazard's 2024 analysis found utility-scale solar at 29 to 92 dollars per megawatt-hour and onshore wind at 27 to 73 dollars, while a new gas plant runs about 76 dollars.[1]
A decade of cost leadership
Lazard has ranked wind and solar as the least expensive new-build power for roughly ten straight years.[1]
The market follows the math
Solar and battery storage made up about 81 percent of all new U.S. generating capacity added in 2024, while planned new gas capacity was the lowest in 25 years.[2]
What the data shows
The question is settled. According to Lazard's 2024 Levelized Cost of Energy analysis, the standard benchmark the power industry uses, new utility-scale solar costs about 29 to 92 dollars per megawatt-hour and onshore wind costs about 27 to 73 dollars.[1] A new natural gas combined-cycle plant, by comparison, runs around 76 dollars.[1] These are unsubsidized figures. The playing field is level, and clean energy wins.
This is not a new development. Lazard has now ranked wind and solar as the cheapest new-build electricity for roughly a decade running.[1] The cost advantage has held across administrations, across states, across market conditions. The reason is simple: the fuel is free. There is no coal to mine, no gas to pipe in, no price spike when global markets tighten. The sun and wind do not send an invoice.
What it means for Florida
Florida gets about three-quarters of its electricity from burning natural gas.[3] Nearly all of that gas is piped in from out of state, so when gas prices spike, Floridians' bills spike with them. The state has no control over those swings. Adding more home-grown solar diversifies the mix and shields ratepayers from that volatility.[3]
Solar provides only about 11 percent of Florida's electricity today, even though the state ranks third nationally in installed capacity.[4] For a state called the Sunshine State, that is leaving money on the table. The runway is enormous. The economics are proven. The question is whether state leaders will get out of the way and let the market do what the math already shows it wants to do.
Why the market is shifting
Utilities and investors follow the numbers. Of the 62.8 gigawatts of new generating capacity planned for 2024, solar accounted for 58 percent and battery storage 23 percent, together 81 percent of the total.[2] Planned new natural gas capacity was just 2.5 gigawatts, the least in 25 years.[2] Clean energy is no longer a niche. It is the mainstream choice for new power.
Battery storage has solved the intermittency problem that used to be the main argument against solar. Solar plants now pair with batteries that store extra power generated during the day to use after the sun sets. In 2024, battery additions hit records, and the combination of solar-plus-storage lets clean power serve demand around the clock.[2] Florida Power and Light has been pairing storage with its solar plants since 2018.[2] The technology works. The economics work. The grid stays reliable.
The bigger picture
Clean energy and transportation investment in the United States reached a record 272 billion dollars in 2024, a 16 percent jump over the prior year.[5] From mid-2022 through 2024, 289 billion dollars went into building clean manufacturing and electricity facilities.[5] Notably, 77 percent of that spending landed in Republican-held congressional districts.[5] This is not a partisan issue. Lower bills, local jobs, and energy independence appeal to voters of every stripe.
The solar industry employed about 280,000 workers in 2024, more than three times as many as the coal industry.[6] In Florida, the solar sector supports more than 14,000 jobs across roughly 473 companies, making it the nation's second-largest solar employer behind only California.[7] These are local jobs in installation, electrical work, construction, sales, and operations that cannot be shipped overseas. Solar has also drawn over 33 billion dollars in investment into Florida.[7]
What this means for families
Energy costs fall hardest on low-income households. Roughly two-thirds of low-income U.S. families face a high energy burden, spending more than 6 percent of their income on energy, nearly three times the rate of the average household.[8] In a hot state like Florida, where summer cooling drives up consumption, that burden is especially heavy. Cheaper, home-grown clean power and energy efficiency directly ease the squeeze.
The bills hitting Floridians hardest right now are tied to fossil-fuel costs and to utility rate hikes. When the Florida Public Service Commission approved Florida Power and Light's 2025 rate settlement, it locked in a 10.95 percent guaranteed return on equity, higher than the 10.6 percent the state's consumer advocate recommended.[9] That guaranteed profit is built into the rates customers pay. Adding more clean energy to the mix creates more competition and more options for families to lower their own bills.
The path forward
David Jolly's position is that Florida leaders should unleash clean and renewable energy across the Sunshine State and require greater integration of clean energy technologies into public utilities. The argument is that environmentally sound energy is good stewardship, protects the tourist and environmental economy that Florida depends on, and can drive down utility costs for consumers.[4]
The economics are not in dispute. The technology is proven. The market has already decided. The question is whether state leaders will follow the data or continue to protect an energy model that sends billions of Florida dollars out of state every year for imported natural gas. Lead with your heart because it is the right thing. Lead with your head because it makes good economic sense.
Frequently asked questions
Q. Is clean energy actually cheaper than fossil fuels now?
Yes, for new power plants. Lazard's 2024 analysis, the industry benchmark, found new utility-scale solar at about 29 to 92 dollars per megawatt-hour and onshore wind at 27 to 73 dollars, compared with about 76 dollars for a new natural gas combined-cycle plant. Lazard has ranked wind and solar as the cheapest new-build electricity for roughly a decade running. That cost advantage is a big reason solar and storage made up about 81 percent of new U.S. capacity in 2024.[1]
Q. Won't switching to clean energy raise my electric bill?
No, and over time it can do the opposite. New utility-scale solar and wind are now the cheapest sources of new electricity in the country, undercutting new natural gas plants, according to Lazard's 2024 analysis. Florida today gets about three-quarters of its power from burning natural gas, so when gas prices spike, your bill spikes with them. Adding home-grown solar and battery storage diversifies the mix and shields ratepayers from those swings. Clean energy means more competition and more stable, lower long-run costs, not higher bills. The bills hitting Floridians hardest right now are tied to fossil-fuel costs and to utility rate hikes, like the 6.9 billion dollar increase regulators handed Florida Power and Light in 2025.[1]
Q. Is solar actually cheaper than natural gas?
Yes. Lazard's 2024 analysis, the standard industry benchmark, found that new utility-scale solar costs about 29 to 92 dollars per megawatt-hour and onshore wind about 27 to 73 dollars, while a new natural gas combined-cycle plant runs around 76 dollars. Lazard has now ranked wind and solar as the cheapest new-build power for roughly a decade straight. For Florida, which burns natural gas for about three-quarters of its electricity, leaning into low-cost solar is a way to hold down long-run costs for families and businesses.[1]
Q. Isn't solar unreliable because the sun doesn't always shine?
That concern is increasingly outdated thanks to battery storage. Solar plants now pair with batteries that store extra power generated during the day to use after the sun sets. In 2024, solar and battery storage together made up about 81 percent of all new U.S. generating capacity, per the EIA, and battery additions hit records. FPL has been pairing storage with its solar plants in Florida since 2018. Storage plus a diverse mix of sources, including the state's existing nuclear and gas plants, keeps the grid reliable while clean energy grows.[2]
Q. Will more clean energy make the grid less reliable?
No. Reliability comes from a diverse mix, and clean energy is increasingly part of a reliable one. Solar paired with battery storage now smooths out supply, and storage made up a large and growing share of new U.S. capacity in 2024. Florida also keeps reliable baseload from its nuclear plants and existing gas fleet. FPL, the state's largest utility, has been adding storage to its solar plants for years while keeping service reliability above 99.9 percent. Building more clean energy diversifies the grid rather than weakening it.[2]
Q. Does requiring utilities to use more clean energy cost taxpayers money?
Not necessarily, and it can save consumers money. New solar and wind are now the cheapest sources of new electricity, per Lazard, so requiring utilities to integrate more clean energy can lower the long-run cost of power rather than raise it. Much of the recent clean energy build-out has also been funded by private investment, a record 272 billion dollars nationally in 2024, drawn in by federal incentives. For ratepayers, the bigger threat to their wallets has been utility rate hikes and volatile natural gas prices, not clean energy.[5]
Q. How much is being invested in U.S. clean energy?
A record amount. Clean energy and transportation investment in the United States reached 272 billion dollars in 2024, a 16 percent increase over the prior year, according to the Clean Investment Monitor run by the Rhodium Group and MIT. From mid-2022 through 2024, 289 billion dollars went into building clean manufacturing and electricity facilities, with 77 percent of that spending landing in Republican-held congressional districts. Clean energy has quickly become one of the largest industries in the country.[5]
Q. How does clean energy affect low-income families' bills?
Energy costs fall hardest on low-income households. Per ACEEE, roughly two-thirds of low-income U.S. families face a high energy burden, spending more than 6 percent of their income on energy, nearly three times the rate of the average household. In a hot state like Florida, where summer cooling drives up consumption, that burden is especially heavy. Cheaper, home-grown clean power and energy efficiency directly ease the squeeze, helping working families keep the lights on and the air conditioning running without choosing between power and other necessities.[8]
Q. How is clean energy growing nationally?
Fast. Wind and solar generated a record 17 percent of U.S. electricity in 2025, up from less than 1 percent twenty years earlier, per the EIA, and utility-scale solar generation alone jumped 34 percent in a single year. Solar and storage made up roughly 81 percent of new generating capacity added in 2024. The national trend shows that clean energy is no longer a niche, it is the mainstream choice for new power, and Florida, with its abundant sun, is well positioned to ride that wave.[10]
Q. How many people work in clean energy in the United States?
The solar industry alone employed about 280,000 workers in 2024, and the combined solar-and-storage sector employed more than 464,000, according to the Interstate Renewable Energy Council. Solar now employs more than three times as many people as the coal industry. These jobs span installation, manufacturing, engineering, and operations and are spread across both red and blue states, underscoring that clean energy has become a major, bipartisan source of American employment.[6]
Sources
- Lazard, https://www.lazard.com/media/xemfey0k/lazards-lcoeplus-june-2024-_vf.pdf · 2024-06-01
- U.S. Energy Information Administration (EIA), https://www.eia.gov/todayinenergy/detail.php?id=64126 · 2024-12-26
- U.S. Energy Information Administration (EIA), https://www.eia.gov/electricity/state/florida/ · 2025-11-01
- Solar Energy Industries Association (SEIA) Florida State Solar Policy, https://seia.org/state-solar-policy/florida-solar · 2026-06-10
- Clean Investment Monitor (Rhodium Group and MIT), https://www.cleaninvestmentmonitor.org/reports/clean-investment-monitor-q4-2024-update · 2025-02-24
- Interstate Renewable Energy Council (IREC), https://irecusa.org/blog/irec-news/2024-solar-jobs-roughly-level-with-2023-provide-critical-baseline-for-measuring-impacts-of-federal-policy-changes/ · 2025-11-20
- Solar Energy Industries Association (SEIA) Florida Factsheet, https://seia.org/state-solar-policy/florida-solar/ · 2026-06-10
- American Council for an Energy-Efficient Economy (ACEEE), https://www.aceee.org/sites/default/files/energy-affordability.pdf · 2019-01-01
- Florida Phoenix, https://floridaphoenix.com/2025/11/20/psc-approves-contentious-7-billion-rate-hike-for-florida-power-light-customers/ · 2025-11-20
- U.S. Energy Information Administration (EIA), https://www.eia.gov/todayinenergy/detail.php?id=67367 · 2026-03-20
The math is settled.
Now the question is whether Florida will follow it. Have a question for David? Visit the Town Hall and ask.