The Path to Net-Zero Emissions by 2050 & a Depiction of Green Energy Capitols

Boston Massachusetts envisioned as a Solar powered city by AI.

Most experts agree that the path to net-zero emissions by 2050 will be one filled with radical changes to commercial real estate, transportation, and everyday societal norms.

Can you imagine if each U.S. State capitol building was lined with solar panels? Or if the city itself was powered by solar?

Thanks to new projection tools, you can see exactly what that might look like, and how Artificial Intelligence sees it happening.

In fact, the ability to combine modern technology with historic architecture for the greater good of the environment will be one of many revolutionary changes that will need to occur in pursuit of green transformation across the U.S and the world.

Efforts To Reduce Emissions by 2050

Buildings are currently responsible for 39% of carbon emissions today (28% are from heating, cooling, and powering them), and in order to see any meaningful change, state and federal governments will likely need to set an example.

Although builders are doing this in some forms, one of the largest benefits to solar energy adoption is the Residential Clean Energy Credit and the Federal Solar Energy Systems Tax Credit.

Since 2020, $1.34 trillion has been invested by governments to support clean energy,1 which often takes the form of federal tax credit incentives such as The Energy Efficient Home Improvement Credit and the Residential Clean Energy Credit. More recently, President Biden’s executive order to roll-out the Federal Sustainability Plan provides a roadmap to reduce greenhouse gas emissions by 50-52 percent by 2030.2

However, with carbon emissions still rising, these may not be enough. Despite today’s current efforts, greenhouse gas emissions from fossil fuels were projected to reach 36.8 billion metric tons in 2023 (+1.1% year over year).3

Raising awareness about the importance of sustainable energy is a great start, but isn’t enough.

And although reengineering our entire society might be too large a task to tackle in 25 years, progress is being made.

Major Policy Changes Necessary To Reach Net-Zero by 2050

Laying the groundwork for environmental transformation over the next 25 years needs to happen at the political level today.

Aligning governments across the U.S. and all over the world toward a unified stringent emissions reduction policy that requires drastic changes to architecture, transportation, and manufacturing is the only way to reach or surpass net-zero.

Green Energy Capitals: Local Government Action Can Pave the Way for Change

When thinking about the drastic changes needed to reach net-zero emissions, many people think about profitably manufacturing electric vehicles at scale. While this will be an important element, most expert agree that the current grid cannot support the high energy required for charging EVs.

So, if cities and infrastructure will need to undergo extensive changes, why not start with state capitals?

Using local government centers to model-out the process for adopting green-energy solutions across dated architecture, while also equipping cities with the necessary infrastructure to adapt to severe weather events could be the key.

Fully-implemented green energy capitals by 2050 could be the catalyst needed to reach net-zero emissions and build a sustainable future.

Here’s what they might look like.

Montgomery, Alabama

Current Montgomery, Alabama envisioned by AI.

Montgomery, Alabama imagined by AI powered with solar energy.

Juneau, Alaska

Current Juneau, Alaska envisioned by AI.

Juneau, Alaska imagined by AI powered with solar energy

Phoenix, Arizona

Current Phoenix, Arizona envisioned by AI.

Phoenix, Arizona imagined by AI powered with solar energy.

Little Rock, Arkansas

Current Little Rock, Arkansas envisioned by AI.

Little Rock, Arkansas imagined by AI powered with solar energy.

Sacramento, California

Current Sacramento, California envisioned by AI.

Sacramento, California imagined by AI powered with solar energy.

Denver, Colorado

Current Denver, Colorado envisioned by AI.

Denver, Colorado imagined by AI powered with solar energy.

Hartford, Connecticut

Current Hartford, Connecticut envisioned by AI.

Hartford, Connecticut imagined by AI powered with solar energy.

Dover, Delaware

Current Dover, Delaware envisioned by AI.

Dover, Delaware imagined by AI powered with solar energy.

Tallahassee, Florida

Current Tallahassee, Florida envisioned by AI.

Tallahassee, Florida imagined by AI powered with solar energy.

Atlanta, Georgia

Current Atlanta, Georgia envisioned by AI.

Atlanta, Georgia imagined by AI powered with solar energy.

Honolulu, Hawaii

Current Honolulu, Hawaii envisioned by AI.

Honolulu, Hawaii imagined by AI powered with solar energy.

Boise, Idaho

Current Boise, Idaho envisioned by AI.

Boise, Idaho imagined by AI powered with solar energy.

Springfield, Illinois

Current Springfield, Illinois envisioned by AI.

Springfield, Illinois imagined by AI powered with solar energy.

Indianapolis, Indiana

Current Indianapolis, Indiana envisioned by AI.

Indianapolis, Indiana imagined by AI powered with solar energy.

Des Moines, Iowa

Current Des Moines, Iowa envisioned by AI.

Des Moines, Iowa imagined by AI powered with solar energy.

Topeka, Kansas

Current Topeka, Kansas envisioned by AI.

Topeka, Kansas imagined by AI powered with solar energy.

Frankfort, Kentucky

Current Frankfort, Kentucky envisioned by AI.

Frankfort, Kentucky imagined by AI powered with solar energy.

Baton Rouge, Louisiana

Current Baton Rouge, Louisiana envisioned by AI.

Baton Rouge, Louisiana imagined by AI powered with solar energy.

 

 

 

 

Augusta, Maine

Current Augusta, Maine envisioned by AI.

Augusta, Maine imagined by AI powered with solar energy.

Annapolis, Maryland

Current Annapolis, Maryland envisioned by AI.

Annapolis, Maryland imagined by AI powered with solar energy.

Boston, Massachusetts

Current Boston, Massachusetts envisioned by AI.

Boston, Massachusetts imagined by AI powered with solar energy.

Lansing, Michigan

Current Lansing, Michigan envisioned by AI.

Lansing, Michigan imagined by AI powered with solar energy.

Saint Paul, Minnesota

Current Saint Paul, Minnesota envisioned by AI.

Saint Paul, Minnesota imagined by AI powered with solar energy.

Jackson, Mississippi

Current Jackson, Mississippi envisioned by AI.

Jackson, Mississippi imagined by AI powered with solar energy.

Jefferson City, Missouri

Current Jefferson City, Missouri envisioned by AI.

Jefferson City, Missouri imagined by AI powered with solar energy.

Helena, Montana

Current Helena, Montana envisioned by AI.

Helena, Montana imagined by AI powered with solar energy.

Lincoln, Nebraska

Current Lincoln, Nebraska envisioned by AI.

Lincoln, Nebraska imagined by AI powered with solar energy.

Carson City, Nevada

Current Carson City, Nevada envisioned by AI.

Carson City, Nevada imagined by AI powered with solar energy.

Concord, New Hampshire

Current Concord, New Hampshire envisioned by AI.

Concord, New Hampshire imagined by AI powered with solar energy.

Trenton, New Jersey

Current Trenton, New Jersey envisioned by AI.

Trenton, New Jersey imagined by AI powered with solar energy.

Santa Fe, New Mexico

Current Santa Fe, New Mexico envisioned by AI.

Santa Fe, New Mexico imagined by AI powered with solar energy.

Albany, New York

Current Albany, New York envisioned by AI.

Albany, New York imagined by AI powered with solar energy.

Raleigh, North Carolina

Current Raleigh, North Carolina envisioned by AI.

Raleigh, North Carolina imagined by AI powered with solar energy.

Bismarck, North Dakota

Current Bismarck, North Dakota envisioned by AI.

Bismarck, North Dakota imagined by AI powered with solar energy.

Columbus, Ohio

Current Columbus, Ohio envisioned by AI.

Columbus, Ohio imagined by AI powered with solar energy.

Oklahoma City, Oklahoma

Current Oklahoma City, Oklahoma envisioned by AI.

Oklahoma City, Oklahoma imagined by AI powered with solar energy.

Salem, Oregon

Current Salem, Oregon envisioned by AI.

Salem, Oregon imagined by AI powered with solar energy.

Harrisburg, Pennsylvania

Current Harrisburg, Pennsylvania envisioned by AI.

Harrisburg, Pennsylvania imagined by AI powered with solar energy.

Providence, Rhode Island

Current Providence, Rhode Island envisioned by AI.

Providence, Rhode Island imagined by AI powered with solar energy.

Columbia, South Carolina

Current Columbia, South Carolina envisioned by AI.

Columbia, South Carolina imagined by AI powered with solar energy.

Pierre, South Dakota

Current Pierre, South Dakota envisioned by AI.

Pierre, South Dakota imagined by AI powered with solar energy.

Nashville, Tennessee

Current Nashville, Tennessee envisioned by AI.

Nashville, Tennessee imagined by AI powered with solar energy.

Austin, Texas

Current Austin, Texas envisioned by AI.

Austin, Texas imagined by AI powered with solar energy.

Salt Lake City, Utah

Current Salt Lake City, Utah envisioned by AI.

Salt Lake City, Utah imagined by AI powered with solar energy.

Montpelier, Vermont

Current Montpelier, Vermont envisioned by AI.

Montpelier, Vermont imagined by AI powered with solar energy.

Richmond, Virginia

Current Richmond, Virginia envisioned by AI.

Richmond, Virginia imagined by AI powered with solar energy.

Olympia, Washington

Current Olympia, Washington envisioned by AI.

Olympia, Washington imagined by AI powered with solar energy.

Charleston, West Virginia

Current Charleston, West Virginia envisioned by AI.

Charleston, West Virginia imagined by AI powered with solar energy.

Madison, Wisconsin

Current Madison, Wisconsin envisioned by AI.

Madison, Wisconsin imagined by AI powered with solar energy.

Cheyenne, Wyoming

Current Cheyenne, Wyoming envisioned by AI.

Cheyenne, Wyoming imagined by AI powered with solar energy.


References

1IEA. (2023, June). Government Energy Spending Tracker June 2023 update. IEA. Retrieved April 1, 2024, from <https://www.iea.org/reports/government-energy-spending-tracker-2>

2Office of the Federal Chief Sustainability Officer. (2024). Federal Sustainability Plan. Office of the Federal Chief Sustainability Officer. Retrieved April 1, 2024, from <https://www.sustainability.gov/federalsustainabilityplan/>

3NOAA Research. (2023, December 5). Record carbon dioxide emissions impeding progress on meeting climate goals. NOAA Research. Retrieved April 1, 2024, from <https://research.noaa.gov/2023/12/05/record-fossil-carbon-dioxide-emissions-impeding-progress-on-meeting-climate-goals-report/>