Skip to main content

Sweet Stalk Solar

sc_solarpark_2018-52-2.jpg
Solar

Sweet Stalk Solar

Tuesday 12, September 2023
Installed capacity of 200-megawatts

Project overview

Sweet Stalk Solar is located south of Bunkie and Evergreen on flat land in southern Avoyelles Parish. The project name reflects the area’s long-standing agricultural heritage, particularly in sugarcane.

Economic benefits

Sweet Stalk Solar yields significantly in the form of payments to landowners, local spending, and annual community investment. Sweet Stalk Solar is also compatible with other land uses and provides a stable form of income to local landowners.
$300 million
Capital investment
Millions of dollars

Revenue for public services

Millions of dollars

Revenue for landowners

Millions of dollars

Local spending

Job creation

Hundreds of construction jobs and multiple permanent jobs

Renewable energy technology

solar_panels_tree.jpg

Energy security

Power generated at this site will strengthen Louisiana’s electric grid while contributing to broader U.S. energy security by diversifying domestic power supply.
Hicky%20Solar_web%20image%2002.jpg

Solar as a neighbor

Solar projects are designed to capture light silently and without producing glare. The vegetation maintained beneath the panels helps mitigate heat.
solar_panels_extremeclose.jpg

Solar panel technology

EDPR NA’s solar panels consist of a thin layer of photovoltaic cells sealed on both sides, containing no liquids and posing no risk to the environment or human health.
Nature_Stream_decarbonization.jpg

254 million gallons of water conserved each year

Sawmill Junction Solar will conserve over 254 million gallons of water annually and reduce air pollution linked to smog and acid rain.

Downloads

Sweet Stalk Solar Fact Sheet
Document
PDF . 2.41 MB
About EDPR NA
Document
PDF . 2.38 MB

Contact us

EDP Renewables North America
Corporate Headquarters

1501 McKinney Street, Suite 1300
Houston, TX 77010

325.721.2977
Jeremy.Zavala@edp.com

Categories
1780936296
Carbon impact evaluator
This web page produces:
per Byte
0.000
g CO2
per Visit
0.000
g CO2