Stunning: AI Pics Imagine State Capitals Using Only Green (Renewable) Energy

Georgette Kilgore headshot, wearing 8 Billion Trees shirt with forest in the background.Written by Georgette Kilgore

Carbon Offsets Credits | March 15, 2024

AI cartoon drawing imagining what cities would look like if powered only by green energy technology and renewable energy power such as solar, wind, and hydro power.

As Artificial Intelligence (AI) resources become more mainstream and available, making projections and envisioning a greener future is getting easier.

Although some AI creations seem dark and dreary, much of the output depends on the prompt provided to platforms like Chat GPT and DALL-E. When tasked with generating images that revolve around eco-energy ideas, the results were stunning.

8 Billion Trees asked these AI ‘creators’ to envision what each state’s capital would look like if it were powered solely by green energy options… and the results were fantastic.

Check ’em out!

Eco city Washington, D.C as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Washington, DC is transformed into a green energy city by bringing plant life to areas that are currently bare. Rooftop gardens and buildings retrofitted with vertical gardens reduce the heat island effect. Wind, solar and hydroelectric power provide green energy to the Capitol.

But, that’s just the beginning.

Montgomery, Alabama

Situated in the Southern U.S., Montgomery would be able to rely on solar energy to help reduce the urban heat island effect. By combining that with wind turbines, green architecture, and sustainable transportation, the green city of Montgomery, AL would merge the history and beauty of the land with sustainable buildings and small hydropower generators.

Eco city Montgomery, Alabama as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Juneau, Alaska as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Juneau, Alaska

Juneau is limited in solar capacity, but AI focuses on green spaces, using evergreen trees for rooftop architecture and integrating the natural coastline to develop scores of small hydropower facilities and wind turbines to generate 100% green energy for Alaska’s capital city.

Phoenix, Arizona

Taking advantage of the large amounts of daily sun hours, Phoenix, AR would integrate lots of solar energy farms to power the city with green energy. AI imagines some advanced water conservation techniques as well, that could be utilized to create green power, along with wind turbines and lots of green roof designs.

Eco city Phoenix, Arizona as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Little Rock, Arkansas

In Little Rock, AR, the future of a green city would be layers and layers of plants, growing in, around, and on top of buildings, while incorporating sustainable travel options that would expand public transportation, bicycle lanes, and walkable urban spaces, with electric vehicle recharging stations widely available.

Eco city Little Rock, Arkansas as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Sacramento, California as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Sacramento, California

In Sacramento, CA, Artificial Intelligence envisions architecture and buildings both designed and/or retrofitted with energy-efficient materials that reflect the environment surrounding the capital, and an increase of plant life native to the region.

Denver, Colorado

Denver, CO transforms into a surreal natural environment, with towering mountains in the background and large use of wind and hydropower to enhance the energy grid, making it 100% green.

Eco city Denver, Colorado as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Hartford, Connecticut as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Hartford, Connecticut

In historic Hartford, the waterways were utilized for hydropower stations situated around the capital city, with lots of emphasis on green buildings and open, outdoor areas for residents. Vertical gardens to improve air quality and reduce the urban heat island effect are liberally employed in this AI vision.

Dover, Delaware

The high-rise structures in Dover are renovated with vertical and rooftop gardens to make this city powered 100% by clean energy. Massive wind turbines provide the bulk of the energy grid’s power, along with small-scale hydropower plants, and the vegetation reduces the heat island effect.

Eco city Dover, Delaware as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Tallahassee, Florida

In Tallahassee, FL, towering palm trees provide dimension on rooftop gardens while solar panels, wind turbines, and keenly designed waterways deliver the grid energy needed to power this capital city. Pleasant urban walkways are tree-lined and overflowing with native plants and vegetation, while electric mass transportation improvements reduce traffic on roadways.

Eco city Tallahassee, Florida as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Atlanta, Georgia as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Atlanta, Georgia

In Atlanta, Georgia, a combination of hydro, wind, and solar energy provide the electricity needed to power the city. Outdoor urban spaces are upgrades with native ‘peach’ and other trees, and vertical gardens on buildings transform the structures into green havens that help eliminate the heat island.

Honolulu, Hawaii

This island’s capital city has become a lush powerhouse of green energy and sustainable designs with vertical gardens, solar structures, and hydro-stations. Electric and even solar-powered vehicles take the place of gas-powered transportation, making a fully sustainable capital city possible.

Eco city Honolulu, Hawaii as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Boise, Idaho

Boise’s vision of a green energy future includes solar, wind, and hydropower, as well as biomass plants that generate energy to power the capital city. With green urban areas and futuristic architecture that integrates sustainable vertical gardens and more, the reduced dependence on fossil fuels is evident in every scene.

Eco city Boise, Idaho as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Springfield, Illinois as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Springfield, Illinois

In Springfield, IL, water and solar take center stage, incorporating the natural resources available in the city. Green structures abound with ample outdoor recreational areas.

Indianapolis, Indiana

Indianapolis, IN becomes a fully green energy city by transforming it’s sports complexes with green solar roofs and integrating hydro power plants in waterways. The resulting impact creates large outdoor areas for pedestrians and greenways to enjoy.

Eco city Indianapolis, Indiana as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Des Moines, Iowa

In Iowa, Des Moines gets its eco-update by transforming sidewalks and deriving power from hydro plants and wind energy options. Electric mass transportation reduces vehicle use and congestion, allowing for a cleaner, greener city environment with ample outdoor recreation areas.

Eco city Des Moines, Iowa as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Topeka, Kansas

In Topeka, AI generated a 100% clean energy grid by integrating biomass generators, wind and solar energy combinations.

Vertical gardens and green roofs reduce the heat island effect and transform the city into a verdant thriving metropolis.

Eco city Topeka, Kansas as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Frankfort, Kentucky as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Frankfort, Kentucky

With natural waterways emphasized, AI sees Frankfort with lots of sustainable buildings that feature native plants. Power is generated using hydroelectric plants, some wind turbines, and strategically situated solar panels.

Baton Rouge, Louisiana

Baton Rouge as a green energy city is dotted with solar structures and lots of historic buildings converted with vertical gardens and roofs. The resulting water management options make the capital city of Louisiana a pleasant place to stroll and work.

Eco city Baton Rouge, Louisiana as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Augusta, Maine as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Augusta, Maine

In Maine, AI sees Augusta nestled amid native tree covered forests, with large wind turbines and small hydroelectric generators creating the capital city’s power, while historic buildings are retrofitted into living works of art.

Annapolis, Maryland

The vision of Annapolis merges historic structures with new designs that feature terraced, sustainable buildings with vertical gardens and roofs. Solar panels and waterways generate green energy for the capital city, and vehicles are reduced by increased public transportation.

Eco city Annapolis, Maryland as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Boston, Massachusetts

To power the city of Boston, hydroelectric plants and solar structures are used to generate the electricity required. Large outdoor spaces, rooftop gardens, and sustainable building materials are used to power the city with 100% clean energy.

Eco city Boston, Massachusetts as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Lansing, Michigan as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Lansing, Michigan

In Lansing, MI, AI integrated massive biomass generators among peaceful outdoor areas and solar farms, making the capital a green oasis.

St. Paul, Minnesota

In St. Paul, wind energy fuels this eco-city while the cityscape is transformed into a lush and productive metropolis. Integrating solar rooftops and green structures supplies the additional power needed to make the city 100% green.

Eco city St. Paul, Minnesota as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Jackson, Mississippi

Jackson’s eco-upgrade takes shape using solar, wind, and hydropower to fuel this Southern capital. Residents and visitors can stroll down tree-lined sidewalks and bask in rooftop gardens that help eliminate the heat island of a congested area.

Eco city Jackson, Mississippi as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Jefferson City, Missouri

In Jefferson City, the ‘show-me state’ capital gets a green energy future thanks to lush gardens, hydroelectric power and strategic wind turbines.

Eco city Jefferson City, Missouri as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Helena, Montana as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Helena, Montana

Helena also becomes a green energy city by incorporating waterways with small hydropower plants and by integrating green materials into new and existing structures.

Lincoln, Nebraska

In Lincoln, Nebraska, the open plains provide the perfect setting for maximizing solar and wind power. The resulting green city is designed to encourage outdoor recreation while buildings become living parts of the landscape.

Eco city Lincoln, Nebraska as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Carson City, Nevada

Nevada’s capital, Carson City, uses planned water conservation to transform structures into green living and working buildings. Solar panels on buildings and around the city supplement the wind energy generated by turbines.

Eco city Carson City, Nevada as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Concord, New Hampshire

In Concord, vertical gardens with incredible designs dot the landscape while wind and hydroelectric provide the bulk of this green city upgrade.

Eco city Concord, New Hampshire as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Trenton, New Jersey

In Trenton, biomass factories are in the background, and wind and solar help supplement hydropower, which supports the rooftop gardens and other native plants that flourish in the historic town.

Eco city Trenton, New Jersey as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Santa Fe, New Mexico

In Santa Fe, iconic structures and sustainable buildings support native desert plants while wind turbines help deliver the power needed to make the city 100% green.

Eco city Santa Fe, New Mexico as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Albany, New York as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Albany, New York

In Albany, green spaces are integrated throughout the city providing natural beauty without straining water sources, while high-rise buildings are equipped with futuristic green roofs and sustainable vertical gardens.

Raleigh, North Carolina

Raleigh, NC uses the natural waterways to help power both residential and commercial structures. While water recycling and rainwater harvest systems support walkable urban spaces and help reduce traffic.

Eco city Raleigh, North Carolina as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Bismarck, North Dakota

In Bismarck, biomass generators, solar and wind provide the power to the city, while massive vertical gardens reduce the heat island effect.

Eco city Bismarck, North Dakota as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Columbus, Ohio

In AI’s vision of Columbus, the cityscape is transformed to reduce the urban heat island effect and power the capitol using a variety of solar, wind, and hydroelectric green energy sources.

Eco city Columbus, Ohio as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Oklahoma City, Oklahoma

In Oklahoma City, vertical gardens and solar panels create an inviting green capital that also takes advantage of the wind turbines for generating clean energy.

Eco city Oklahoma City, Oklahoma as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Salem, Oregon

Salem looks surreal with green gardens and biomass power that combines with solar and sustainable building materials to reduce traffic and create walk-able outdoor areas and pleasure grounds.

Eco city Salem, Oregon as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Harrisburg, Pennsylvania as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Harrisburg, Pennsylvania

Harrisburg’s historical structures are powered by wind turbines and small, sustainable hydroelectric generators. Vertical gardens and rooftops are covered with native plants to make green living a reality.

Providence, Rhode Island

In Providence, RI, solar farms, wind and electric charging stations are nestled among tree lined walkways and green energy transportation options.

Eco city Providence, Rhode Island as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Solar Incentives and Options for Homeowners in Every State

Columbia, South Carolina

According to AI’s vision for Columbia, wind power plays a key role, with solar panels placed strategically on and around buildings to provide the energy grid with power. Vertical gardens transform older buildings into sustainable structures that help beat the heat.

Eco city Columbia, South Carolina Island as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Pierre, South Dakota Island as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Pierre, South Dakota

Massive solar farms and wind turbines are used to transform Pierre into a 100% clean energy eco city.

Nashville, Tennessee

Nashville’s eco-vision includes green living and working spaces with existing structures, nestled in the country music capital. Solar and some wind turbines supplement power that is generated by hydroelectric systems already in place.

Eco city Nashville, Tennessee as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Austin, Texas as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Austin, Texas

Austin becomes a green city by incorporating all types of green energy options, and relying heavily on green spaces that reduce the urban heat island effect.

Salt Lake City, Utah

Salt Lake City, Utah uses wind, water and sun to become completely green, eliminating the reliance on fossil fuels.

Eco city Salt Lake City, Utah as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Montpelier, Vermont

In Montpelier, lots of green rooftop gardens are supported by planned waterways that maximize water conservation.

Eco city Montpelier, Vermont as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Richmond, Virginia as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Richmond, Virginia

Richmond, VA uses hydroelectric power and solar farms to make its energy grid 100% clean.

Olympia, Washington

AI envisions Olympia as a vastly green city, covered with native plants and electric transportation options that are powered by green energy options including wind and hydropower.

Eco city Olympia, Washington as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Eco city Charleston, West Virginia as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Charleston, West Virginia

In Charleston, massive vertical gardens and planned waterways make the city completely energy-efficient and green, while public spaces are designed to encourage community interaction and outdoor activities.

Madison, Wisconsin

Madison uses green spaces with native plants to enhance the natural beauty without straining water sources. Green energy options are created to make the grid power completely renewable.

Eco city Madison, Wisconsin as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Cheyenne, Wyoming

In Cheyenne, solar power provides the bulk of the green energy needed, which is supplemented by water conservation that employs small hydroelectric plants to power the green city.

Eco city Chyenne, Wyoming as envisioned by AI using only green energy including wind, solar, biomass, and hydropower, and incorporating green vertical gardens and other sustainable structures for zero dependence on fossil fuels.

Although these cities are fanciful and exaggerated ideas, created by artificial intelligence, the idea that green energy can help support and replace fossil fuel powered grids is not outrageous.

Current energy needs are massive and growing for each state, but by integrating thoughtful and effective transformations, updating power sources to renewables is possible.

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