Clean energy jobs grew more than twice the rate of the overall economy in 2023 – and every state has its own piece of the story to tell.
By the end of 2023, there were over half a million jobs in wind, solar, and energy storage in the United States, according to the Department of Energy’s 2024 U.S. Energy and Employment Jobs Report. Jobs within these sectors include design, manufacturing, trade, construction, and operation of energy systems.
Just two states hold one-third of the jobs in clean electricity generation: California and Texas. The rest of the jobs were distributed across the rest of the country in unequal and sometimes unexpected ways.
Get a high-level look at the latest clean energy jobs data in our interactive map below. Each state is ranked by the total number of jobs in solar, wind, and energy storage. Hover over or tap on any state to see the data broken down by sector as well as per capita.
Read on for key takeaways from the new data, including state standouts and lackluster performances.
Clean electricity jobs by the numbers: Highs, lows, and surprises along the way
Clean energy jobs are a powerful opportunity for communities. Energy jobs tend to pay higher wages than the national average, and the transition to less-polluting sources of energy is driving a surge in innovation, investment, and infrastructure construction.
Some states are reaping the benefits, while others appear to be lagging behind.
California leads the nation in sheer volume of clean electricity work, ringing in with 145,000 jobs in the sector. That’s no surprise, considering the Golden State’s powerful economy, big workforce, huge energy demands, abundant sunshine, deep experience in technology development, and keen interest in cleaner energy. Even with the state’s large population taken into account, it still notches third place in clean energy jobs per capita.
Texas claims second place for overall clean electricity job numbers, with 53,000 jobs – but it places 20th in the nation in terms of clean energy jobs per capita. One highlight for the Lone Star State: It’s ranked No. 1 in wind jobs.
Nevada and Vermont are the national leaders in per capita clean electricity job creation. Nevada has translated its huge solar potential into 9,000 jobs, with a similar tally for energy storage jobs. Vermont has a small population but a relatively large appetite for solar power, landing the Green Mountain state in second place for green electricity jobs per person.
Massachusetts ranks second for solar jobs despite a preponderance of gray flannel weather. On the flip side, relentlessly sunny New Mexico ranks only 29th in solar jobs, in part due to its small population. The state is 11th in clean energy jobs per capita.
The Dakotas punch above their weight when it comes to wind jobs, and these rural states rank eighth and ninth for clean electricity jobs per capita. Neighboring Montana shares a similarly robust wind potential but has not been able to turn that potential into jobs. The Big Sky state sits 49th in wind jobs and 46th in per capita clean energy jobs.
The states at the back of the pack are trailing the rest of the country by a surprising amount. Alaska, Wyoming, Montana, West Virginia, Mississippi, and Delaware have the lowest employment in clean electricity technologies. In fact, if you combined the job total in all five of these states, it would still only rank 32nd, right behind Oklahoma.
Jobs in wind and sun can be anywhere, but some locations are missing the opportunity.
The geopolitics of fossil fuels dictated a starkly uneven geography of winners and losers when it comes to energy resources. As the energy economy shifts to renewables, these disparities shrink, allowing people in just about any location to capture energy from wind and sun. Furthermore, the components needed for modern energy can be built in any state. For example, areas without steady winds can still tap into wind jobs by manufacturing parts for wind turbines.
But there’s an interesting signature of fossil fuels in this data. Of the five states with the fewest clean generation jobs, four are major fossil fuel producers: West Virginia, Montana, Wyoming, and Alaska. In these cases, the lack of clean energy jobs may be related to the absence of political will. Montana and Wyoming, for example, have enormous wind resources, but state legislatures in those states have made multiple attempts to slow down renewable energy development while protecting fossil fuels.
Texas breaks this pattern, though, illustrating that it’s not necessary to choose one source of energy over another. Texas is pursuing the “all of the above” strategy, driving its energy industry with fossil fuels, wind, solar, and batteries – all at the same time.
That said, the amount of wind and sun that naturally occurs in an area has a lot to do with how much energy can be generated. This deep-dive article looks at wind and solar jobs per terawatt-hour of wind and solar potential in each state. A series of maps illustrates how well each state is using its available renewable energy resources to drive its economy.
New developments in clean energy are unfolding at a rapid – and encouraging – pace. With the help of federal investments via the Inflation Reduction Act, innovations in battery chemistry, and modernization of the electricity grid, the industry is booming. There have never been so many different options for developing and growing an energy-based economy. As clean energy adoption accelerates, it becomes ever more apparent that a cleaner environment and a thriving economy are natural partners. There is no need to sacrifice one for the other when you can have both.
Great to see this jobs growth driven by renewables. Good for the economy.
I was curious how the states with high renewables penetration correlated with favourable wind speeds and solar irradiance levels. Texas, California and Florida have high renewables penetration. Curiously all three have quite low average wind speeds for the states as a whole, so I assume the wind farms must be coastal and / or offshore where winds would be highest. All three states have high average solar irradiance.
The western states towards the middle and south generally tend to have high average wind speeds and high average solar irradiance but generally low renewables penetration. I wonder if that is due to political factors, or good coal resources, or its because there are some local conditions that just dont suit renewables. Relevant maps:
worldpopulationreview.com/state-rankings/windiest-states
www.nrel.gov/gis/assets/images/solar-annual-ghi-2018-usa-scale-01.jpg
Nigelj,
This wind map shows more detail than the statewide averages you linked. There is a lot of wind in West Texas. California has windy areas in the southeast part of the state. Florida has little wind and the state recently passed a law forbiding offshore wind.
There are other sources of renewable jobs. A lot of solar panel manufacturing plants and wind turbine suppliers have been or are in the process of being built, primarily in republician areas, using money ftom Biden's Inflation Reduction Act. Other political issues cause uneven distribution of renewable energy. The OP points out that Montana, West Virginia, Wyoming and Alaska do not have much renewable energy, undoubtedly for political reasons. California has encouraged renewable energy so they have a lot of it.
Texas is an interesting case. They have their own grid to avoid federal regulations. In the past they have always gone with the cheapest producer to lower costs. Now that wind, solar and batteries are cheaper than gas they are changing their rules to protect the gas industry. It will be interesting to see how long Texas pays more for gas power instead of installing cheaper renewable energy. Since gas power plants take longer to build than renewable plants and they need power soon they will have to make some hard choices.
Renewables are now cheaper virtually everywhere so political reasons are the main reason they are not built out faster. It costs less to build a new renewable plant (including the mortgage) than to run a coal plant with no mortgage. If utility executives want to charge less for power they build renewables. Almost all new build power in the USA (and the world) is renewable because it is cheapest.
I remember in Australia several years ago the government supported building more coal plants. More recently solar was supported. Now Australia has a lot of renewable solar from those installations and coal is struggling to compete.
Nigelj:
I found this newspaper article (written by a solar supporter) about solar in Florida (I was surprised that Florida has so much solar. The government is strongly fossil fuel supportive). The article says that utilities are building out solar in Florida because it is the cheapest power, in spite of a lack of government support. It will be interesting to see what happens as solar begins to displace gas in the utility supply (as is currently happening in Texas). Since utilities are leading the way and the gas is imported into Florida the politics will be different from Texas.
Moderate sized (75 MW) generating systems can be easily built in Florida. Larger systems require regulator approval. Since Solar is modular and can be build in any size the utilities are building a lot of 75 MW systems. Gas generators are larger and require regulator approval. The citrus farming industry has gone way down in the past 15 years which frees up a lot of land.
In July 2024 Florida produced about 8% of electricity from solar, coal 4%, nuclear 10%, gas 78% source. Florida uses more power in July since it is air conditioning season.
M S Sweet, thanks for the detailed and informative comments. That map was a good find. I sometimes dont have much time to explore much detail, but I thought it was an issue worth raising.