Power Plant Insights in Washington County Solar 1755 New Road, Georgia

The Washington County Solar plant in Sandersville, Georgia, is a…


The Washington County Solar plant in Sandersville, Georgia, is a significant player in the renewable energy sector, contributing 150 MW of solar photovoltaic power. As a project spearheaded by Washington County Solar, LLC, it exclusively harnesses solar energy to produce electricity, showcasing a strong commitment to sustainable energy solutions. One standout feature of this plant is its full reliance on solar power, with no other energy sources, such as wind, coal, or natural gas, in its energy mix. This focus on solar energy aligns with the growing trend of increasing solar capacity to meet energy demands sustainably. As an Independent Power Producer (IPP), the plant's strategy highlights the potential of solar technology in the energy market.

Impact of Solar Energy in Georgia

Georgia has seen a remarkable increase in solar energy adoption, and the Washington County Solar plant is a testament to this progress. By contributing 150 MW to the state's energy grid, the plant helps reduce reliance on fossil fuels and supports Georgia's goals to expand renewable energy resources. This growth in solar capacity is not only beneficial for reducing carbon emissions but also for promoting energy independence and creating local jobs in the renewable sector.

Benefits of Solar Photovoltaic Technology

Solar photovoltaic technology, used by the Washington County Solar plant, is one of the most efficient ways to convert sunlight into electricity. It has minimal environmental impact and requires less water compared to traditional power generation methods. The plant’s zero-emission operation contributes to cleaner air and a healthier environment, aligning with global efforts to combat climate change.

Future Prospects for Expansion

As technology advances, there is potential for the Washington County Solar plant to enhance its efficiency and output. Future expansions could include integrating battery storage systems to store excess power generated during peak sunlight hours. This could provide a more stable supply of electricity and further reduce the dependency on non-renewable energy sources.

FAQs

What is the primary energy source for the Washington County Solar plant?
The primary energy source for the plant is solar energy, with a total capacity of 150 MW.
Does the plant use any other energy sources besides solar?
No, the plant solely relies on solar photovoltaic technology and does not incorporate any other energy sources.
What is the capacity of the plant?
The Washington County Solar plant has a total capacity of 150 MW.
Are there any plans to add battery storage to the plant?
While not currently in place, adding battery storage could be a future consideration to enhance energy supply stability.
How does solar photovoltaic technology benefit the environment?
Solar photovoltaic technology generates electricity with zero emissions, reducing air pollution and conserving water resources.
Where is the Washington County Solar plant located?
The plant is located in Sandersville, Washington County, Georgia.

Plant Code: 66990
Plant Name: Washington County Solar
Utility ID: 65875
Utility Name: Washington County Solar, LLC
Sector: IPP Non-CHP
Street Address: 1755 New Road
City: Sandersville
County: Washington
State: Georgia
ZIP Code: 31082
Primary Energy Source: solar
Source Description: Solar = 150 MW
Technology: Solar Photovoltaic
Total Nameplate Capacity (MW): 150.0
Total Net Summer Capacity (MW): 150.0
Battery Capacity (MW): 0.0
Biomass Capacity (MW): 0.0
Coal Capacity (MW): 0.0
Geothermal Capacity (MW): 0.0
Hydroelectric Capacity (MW): 0.0
Hydro Pumped-Storage Capacity (MW): 0.0
Natural Gas Capacity (MW): 0.0
Nuclear Capacity (MW): 0.0
Petroleum Capacity (MW): 0.0
Solar Capacity (MW): 150.0
Wind Capacity (MW): 0.0
Other Capacity (MW): 0.0
Data Source: EIA-860, EIA-860M and EIA-923
Reporting Period (YYYYMM): 202502
Longitude: -82.71381
Latitude: 32.989939
GeoJSON Shape: {“coordinates”: [-82.71381000025531, 32.98993899963869], “type”: “Point”}
Geo Point (lat, lon): 32.98993899963869, -82.71381000025531

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