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Download Project Sunroof Data

The data in the Project Sunroof data explorer is available for download, making it easy to compare different areas, incorporate the data into other analyses, or include it in reports and communications. Data in the .CSV format can be used in spreadsheet applications and other analytical tools. For a description of each field, see metadata.csv.

Alternatively, data is available in Google BigQuery by U.S. postal code.

The use of this data is subject to Google's Terms of Service. Feel free to include this data from Project Sunroof in other analyses, materials, reports, and communications with the following attribution:

Source: Google Project Sunroof data explorer (November 2024).
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Estimated rooftop solar potential of Oklahoma City, OK

Last updated: {{ $ctrl.details.getDateUpdatedMillis() | date:'MM/yyyy' }}
Sunlight on rooftops visibility
Shady Sunny
Existing solar arrays visibility_off
Median household income visibility_off
Buildings
94%
solar-viable
264
existing solar installations

Based on 94% data coverage over buildings in this geographic area. All estimates are based on buildings viable for solar panels. Included panels receive at least 75% of the maximum annual sun in the county. For Oklahoma City, the average value of the threshold is 1,155 kWh/kW. Read about Project Sunroof’s methodology for defining solar viability below.

Oklahoma City, OK

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Oklahoma City has enough solar-viable rooftops to generate an estimated 7.2 million MWh of solar electricity annually. Oklahoma City residents consume 3.7 million MWh of power each year (source: SLED). If all of the viable rooftops went solar, it would be enough to meet more than 100% of the city’s residential power requirements. Maxing out the rooftop solar power potential could lead to the creation of new jobs. It would also reduce city-wide greenhouse gas emissions equivalent to taking 1,000,000 cars off the road over the life of the solar installations, which is typically 20 years or more.

Estimated solar installation potential

Overall

Total estimated size and solar electricity production of viable roofs for Oklahoma City, OK

Roofs
94%
Roofs
285K
Roof space
417M
sq ft
Capacity
9.5K
MW DC
Electricity
12.8M
MWh AC per yr

Total installation size (MW DC)

Total yearly energy generation potential (MWh AC)

Per roof

Median estimated system size and solar electricity production per viable roof for Oklahoma City, OK

Roof space
934
sq ft
Capacity
21.2
kW DC
Electricity
28.5K
kWh AC per yr

Rooftop solar capacity distribution (number of roofs, < 50kW)

Rooftop solar capacity distribution (number of roofs, > 50kW)

Potential impact

If all the viable solar installations were implemented, the amount of avoided CO2 emissions from the electricity sector in Oklahoma City would be:

Carbon dioxide
9.7M
metric tons
=
Passenger cars
2.1M
taken off the road for 1 yr
=
Tree seedlings
162M
grown for 10 yrs

Solar incentives

Sector
Type
External link
Federal ITC Full Rate Base Credit
COMMERCIAL
FEDERAL TAX CREDIT
Federal PTC Base Rate Base Credit
COMMERCIAL
PRODUCTION
Federal PTC Base Rate Energy Community Bonus
COMMERCIAL
PRODUCTION
Federal ITC Base Rate Domestic Content bonus (Com
COMMERCIAL
FEDERAL TAX CREDIT
Federal ITC Full Rate Domestic Content bonus
COMMERCIAL
FEDERAL TAX CREDIT
Federal ITC Tax Credit
RESIDENTIAL
FEDERAL TAX CREDIT
Federal PTC Full Rate Base Credit
COMMERCIAL
PRODUCTION
Federal ITC Base Rate Energy Community bonus
COMMERCIAL
FEDERAL TAX CREDIT
Federal ITC Base Rate Domestic Content bonus
COMMERCIAL
FEDERAL TAX CREDIT
Federal PTC Base Rate Domestic Content Bonus
COMMERCIAL
PRODUCTION
Federal ITC Base Rate Energy Community bonus (Com
COMMERCIAL
FEDERAL TAX CREDIT
Federal PTC Full Rate Energy Community Bonus
COMMERCIAL
PRODUCTION
Federal ITC Base Rate Base Credit
COMMERCIAL
FEDERAL TAX CREDIT
Federal PTC Full Rate Domestic Content Bonus
COMMERCIAL
PRODUCTION
Federal ITC Full Rate Domestic Content bonus (Com
COMMERCIAL
FEDERAL TAX CREDIT
Federal ITC Full Rate Energy Community bonus
COMMERCIAL
FEDERAL TAX CREDIT

Estimate methodology

This tool estimates the technical solar potential of all buildings in a region. Technical potential includes electricity generated by the rooftop area suitable for solar panels assuming economics and grid integration are not a constraint. There are many definitions of technical potential, and other definitions may affect results by 25% or more. Based on Project Sunroof’s definition of technical potential, installations meet the following criteria:

Sunlight
Every included panel receives at least 75% of the maximum annual sun in the county. For Oklahoma City, the average value of the threshold is 1,155 kWh/kW.
Installation size
Every included roof has a total potential installation size of at least 2kW.
Space & obstacles
Only areas of the roof with enough space to install 4 adjacent solar panels are included. Obstacles like chimneys are taken into account.
Read more methodology

Attribution

Feel free to include data from Project Sunroof in other materials, reports, and communications with the following attribution:

Source: Project Sunroof data explorer ({{ $ctrl.details.getDateUpdatedMillis() | date:'MMMM y' }}).
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