Over 45 Projects Across 20 States
Our Projects
Our Projects
All of our projects are constructed only on tillable acres. On average, only 20% feature solar panels on top, and the remaining 80% remains green or used for vegetation.
With the exception of the Mammoth Solar projects, the images used in this section are owned by Doral Group Ltd. and are used for illustration purposes only and do not represent an actual Doral Renewables LLC project in the U.S.
MAMMOTH NORTH SOLAR
Mammoth North is located on 4,500* acres in Starke County, Indiana, in the northwestern region of PJM. The project will be a ground-mounted single axis PV system with 400 MW of solar power capacity, serving approximately 75,000 households. It is the first phase of Doral’s Mammoth Solar project, a 1.3 GW solar farm that upon completion would be the largest solar farm in the U.S.
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Key Stats
400
MW
Where?
Indiana
PJM
Transmission System
MAMMOTH SOUTH SOLAR
Mammoth South is located on 3,500* acres in Pulaski County, Indiana, in the northwestern region of PJM. The project will be a ground-mounted single axis PV system with 300 MW of solar power capacity, serving approximately 65,000 households. It is the second phase of Doral’s Mammoth Solar project, a 1.3 GW solar farm that upon completion will be the largest solar Farm in the U.S.
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Key Stats
300
MW
Where?
Indiana
PJM
Transmission System
MAMMOTH CENTRAL SOLAR
Mammoth Central is located on 5,500* acres in Pulaski County, Indiana, in the northwestern region of PJM. The project will be a ground-mounted single axis PV system with 600 MW of solar power capacity, serving approximately 135,000 households. It is the third phase of Doral’s Mammoth Solar project, a 1.3 GW solar farm that upon completion would be the largest solar farm in the U.S.
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Key Stats
600
MW
Where?
Indiana
PJM
Transmission System
GREAT BEND SOLAR
The Great Bend Solar project is located in Meigs County, southeastern Ohio. This project is located in PJM’s transmission system. Once complete, Great Bend Solar will produce approximately 48 megawatts of clean electricity, enough to power about 9,200 households.
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Key Stats
48
MW
Where?
Ohio
PJM
Transmission System
BRENNEMAN SOLAR
The Brenneman Solar project is located in the Southeastern Electric Reliability Council (SERC) energy market, one of the fastest-growing areas in the United States in terms of solar power generation potential. Once complete, the project will produce enough electricity to power approximately 17,250 households.
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Key Stats
150
MW
Where?
Georgia
SERC
Transmission System
COLD CREEK SOLAR+STORAGE
The Cold Creek Solar+Storage project is being developed in central Texas. Once operational, this project will generate approximately 433 megawatts of clean, renewable electric power, enough to serve approximately 47,300 households.
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Key Stats
433+340
MW Solar+MWh Storage
Where?
Texas
ERCOT
Transmission System
BUCKHEART SOLAR
Buckheart Solar, situated in central Illinois, is slated for an estimated generation capacity of up to 821 MW, enough to power approximately 120,000 households. With an 8,000* acre footprint, the Buckheart solar project is expected to be one of the largest projects in the U.S.
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Key Stats
821
MW
Where?
Illinois
MISO
Transmission System
VISTA SANDS SOLAR
Vista Sands Solar Farm, near the towns of Plover and Grant in Portage County, is a transformational solar development. Taking place over 8,500* acres of private land, the nearly 1.2 gigawatt (GW) project is the largest private solar development in Wisconsin. It brings new jobs, added tax revenues, and environmental benefits for current and future generations.
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Key Stats
1,182
MW
Where?
Wisconsin
MISO
Transmission System
GOONIES SOLAR
The Goonies Solar project is one of the first projects developed by Doral Renewables. It will generate approximately 194 megawatts of clean, renewable electric power, enough to serve approximately 23,000 households annually. The 1,100-acre Goonies Solar farm site, full of pesky rocks some of the farmers call “Goonies,” and has been used for agriculture despite being in a flood zone.
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Key Stats
194
MW
Where
Pennsylvania
PJM
Transmission System
MACKINAW SOLAR
The Mackinaw Solar farm is developed in Tazewell County, right in the heart of Illinois. Upon completion, this project will generate 500 megawatts of clean, renewable electric power, enough to serve up to 72,500 households annually.
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Key Stats
500
MW
Where?
Illinois
PJM
Transmission System
HUNTINGTON CREEK SOLAR
The Huntington Creek Solar farm is developed in Emery County, right in the heart of Utah. Upon completion, this project will generate 450 megawatts of clean, renewable electric power, enough to serve up to 82,500 households annually. The 3,023-acre solar farm site is set in an ideal portion of the state to serve the WECC market.
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Key Stats
450
MW
Where?
Utah
WECC
Transmission System
TURF CITY SOLAR
The Turf City Solar farm is developed in Aitkin County, right in the heart of Minnesota. Upon completion, this project will generate 220 megawatts of clean, renewable electric power, enough to serve up to 29,820 households annually. The 2,883-acre solar farm site is set in an ideal portion of the state to serve the MISO market.
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Key Stats
220
MW
2,883*
Acres
MISO
Transmission System
AMADEUS SOLAR
The Amadeus Solar farm, located in Western Pennsylvania, will generate 36 megawatts of clean, renewable electric power, serving approximately 4,000 households. Amadeus Solar will make a substantial contribution to the state renewable energy portfolio and will enable local utilities and industries to deploy the clean energy generated.
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Key Stats
36
MW
Where?
Pennsylvania
PJM
Transmission System
BEAR OAK SOLAR+STORAGE
The Bear Oak Solar+Storage project, located in western Pennsylvania, will generate 20 megawatts of clean, renewable electric power, enough to serve almost 3,000 households annually. Bear Oak Solar will make a substantial contribution to the state renewable energy portfolio and will enable local utilities and industries to harness the clean energy generated.
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Key Stats
20+20
MW Solar+MWh Storage
200*
Acres
PJM
Transmission System
WILLS CREEK SOLAR+STORAGE
The Wills Creek Solar+Storage farm, located in central Pennsylvania, will generate 20 megawatts of clean, renewable electric power and serve approximately 2,300 households. It will make a substantial contribution to the state renewable energy portfolio and will enable local utilities and industries to harness the clean energy generated. This solar farm will include a battery storage component to increase energy security and reliability.
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Key Stats
20+80
MW Solar+MWh Storage
Where?
Pennsylvania
PJM
Transmission System
LAMBS DRAW SOLAR
The Lambs Draw is a Solar project being developed in Kansas. This project will generate 670 megawatts of clean, renewable electric power, enough to serve around 87,000 households.
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Key Stats
670
MW
Where?
Kansas
SPP
Transmission System
MACON COUNTY SOLAR
The Macon County Solar project is located, as evidenced by its name, in Macon County in northeastern Missouri. Once operational, this project is estimated to generate approximately 208 MW of clean energy, enough to power approximately 22,000 households. The project territory spreads across 3,500 acres.
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Key Stats
208
MW
3,500*
Acres
MISO
Transmission System
BUFFALO RIDGE SOLAR
Buffalo Ridge Solar is located in Clay, Minnesota. Once operational, this project is estimated to generate about 445 MW of clean energy, enough to power approximately 59,300 households. The project territory spreads across 3,002 acres. The Buffalo Ridge Solar project will be in the MISO grid system.
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Key Stats
445
MW
Where?
Minnesota
MISO
Transmission System
LE COULEE SOLAR
Located in Northwest Louisiana resides our 4,156 acre solar project, named Le Coulee. Once operational, this project is estimated to generate about 405 MW of clean energy, enough to power approximately 40,500 households. The Le Coulee Solar project will be in the MISO grid system.
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Key Stats
405
MW
Where?
Louisiana
MISO
Transmission System
NOBLESVILLE SOLAR
The Noblesville Solar project is located in Hamilton, Indiana. Once operational, this project is estimated to generate about 200 MW of clean energy, enough to power approximately 22,700 households. The project territory spreads across 1,020 acres. The project’s area enjoys a significant geographical advantage as it is located primarily on farmland or in open areas, with few wooded areas. The Noblesville Solar project will be in the MISO grid system.
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Key Stats
200
MW
Where?
Indiana
MISO
Transmission System
JAMES CREEK SOLAR
The James Creek Solar project is located in Monroe, Mississippi. Once operational, this project is estimated to generate about 176 MW of clean energy, enough to power approximately 19,293 households. The project territory spreads across 1,990 acres. The project’s area enjoys a significant geographical advantage as it is located primarily on farmland or in open areas, with few wooded areas. The James Creek Solar project will be in the TVA grid system.
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Key Stats
176
MW
Where?
Mississippi
TVA
Transmission System
BOTTLE CREEK SOLAR+STORAGE
The Bottle Creek Solar project, currently under development in Oklahoma, will generate approximately 1,374 megawatts of clean, renewable electric power, enough to serve around 172,000 households. This project will also have a battery storage component of approximately 800 megawatts/hour.
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Key Stats
1,374+800
MW Solar+MWh Storage
Where?
Oklahoma
SPP
Transmission System
LYONIA SOLAR
The Lyonia solar farm is currently being developed in Mississippi. This project is estimated to generate approximately 94 megawatts of clean electric power, enough to serve around 10,000 households annually.
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Key Stats
94
MW
Where?
Mississippi
MISO
Transmission System
ROCKVILLE SOLAR
The Rockville Solar farm is a solar project developed in West Virginia. Upon completion, this project will generate approximately 48 MW of clean, renewable energy, enough to power approximately 6,200 households.
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Key Stats
50
MW
Where?
West Virginia
PJM
Transmission System
WOODWARD CREEK SOLAR+ STORAGE
The Woodward Creek Solar+ Storage project, located in Oklahoma, will generate 288 megawatts of clean, renewable electric power, enough to serve around 36,000 households. This project will have a battery storage component of approximately 1,000 MW/hour, which would augment energy security and reliability.
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Key Stats
288+1,000
MW Solar+MWh Storage
Where?
Oklahoma
SPP
Transmission System
TENNYSON CREEK SOLAR+ STORAGE
The Tennyson Creek Solar + Storage project, currently under development in Kansas, will generate 300 megawatts of clean, renewable electric power, enough to serve around 39,000 households. The Tennyson Creek Solar + Storage project will make significant contribution to the state’s renewable portfolio standard and will enable local utilities and industries to harness the clean energy generated.
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Key Stats
300
MW (Solar)
800
MWh (Storage)
Where?
Kansas
MAGNOLIA SOLAR+STORAGE GRAZING FARM
Magnolia Solar and Grazing Farm is a solar+ storage project located in central Kentucky. This project will generate roughly 63 MW of clean, renewable electric power. This project will have a battery storage component of approximately 60 MW/hour, which would assist augmenting energy security and reliability.
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Key Stats
63+60
MW Solar+MWh Storage
Where?
Kentucky
PJM
Transmission System
MIDDLETOWN ENERGY STORAGE
This stand-alone storage project, located in eastern New York, represents a sizable investment in energy storage potential for New York state. Near critical infrastructure, this project will help alleviate congestion and volatility on the grid. Operating in NYISO markets, the project will drive economic benefits for the area and the state as whole.
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Key Stats
400
MWh (Storage)
Where?
New York
NY-ISO
Transmission System
ATHENS ENERGY STORAGE
Located in eastern New York, Athens Energy Storage represents a sizable investment in energy storage potential for New York State. Near critical infrastructure, Athens will help alleviate congestion and volatility on the grid. Operating in NYISO markets, Athens Energy Storage will drive economic benefits for the area, and the state as whole.
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Key Stats
1200
MWh (Storage)
Where?
New York
NYISO
Transmission System
FRENCH RIVIERA ENERGY STORAGE
French Riviera Storage is an early-stage, 150 MW/hour standalone energy storage project developed in southern Texas. This project will represent a sizable investment in energy storage potential for the Lone Star State. French Riviera Energy Storage is within the Electric Reliability Council of Texas (ERCOT) grid system.
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Key Stats
150
MWh (Storage)
Where?
Texas
ERCOT
Transmission System
HIDE TOWN ENERGY STORAGE
Located in Northwest Texas, the Hide Town Energy Storage project represents a sizable investment in energy storage potential for The Lone Star State. This stand-alone project will have a storage capacity of 100 MW/200 MWh.
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Key Stats
200
MWh (Storage)
Where?
Texas
ERCOT
Transmission System
MYSTIC ENERGY STORAGE
Located in Southeastern Connecticut, Mystic Energy Storage represents a sizable investment in energy storage potential for the state. stand-alone project will have a storage capacity of 75 MW/300 MWh.
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Key Stats
300
MWh (Storage)
Where?
Connecticut
ISO-NE
Transmission System
GATSBY ENERGY STORAGE
Located in Texas, Gatsby Energy Storage represents a sizable investment in energy storage potential for the state. stand-alone project will have a storage capacity of 100 MW/200 MWh.
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Key Stats
200
MWh (Storage)
Where?
Texas
ISO-NE
Transmission System
ROOST ENERGY STORAGE
Located in Northwest Texas, Roost Energy Storage represents a sizable investment in energy storage potential for the State. This stand-alone project will have a storage capacity of 100 MW/200 MWh.
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Key Stats
200
MWh (Storage)
Where?
Texas
ERCOT
Transmission System
EVANS CREEK ENERGY STORAGE
Located in West Texas, Evan’s Creek Energy Storage represents a sizable investment in energy storage potential for the State. This stand-alone project will have a storage capacity of 100 MW/400 MWh.
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Key Stats
400
MWh (Storage)
Where?
Texas
ERCOT
Transmission System
*All the datapoints and text referencing acreage represents the overall land leased to Doral Renewables. On average, each project is constructed on 20% of the overall land leased to Doral Renewables by local landowners, while the remaining 80% remains green and/or used for vegetation.
*Not all of the Doral Renewables’ pipeline is showcased on this page