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A look inside Bad Creek Pumped Hydro, the biggest battery in the

The pumped storage facility has been a massive part of Duke''s energy grid for more than 30 years, but now with the demand for energy in the Carolinas expected to skyrocket over the next 15 years

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Duke Energy files resource plan to serve the future energy needs

Includes doubling peak hourly capacity of Oconee County''s Bad Creek pumped storage facility; Reflects rigorous stakeholder outreach and feedback; GREENVILLE, S.C. – As strong economic development successes and population growth power South Carolina''s energy needs, Duke Energy''s goal is to ensure energy reliability for its customers.

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Bad Creek Pumped Storage Project

Given the need for additional energy storage due to the significant amount of renewable energy generation expected to be added across Duke Energy''s service territories during Bad Creek''s planned 40- to 50-year operating license, the company is evaluating opportunities to add more pumped storage and generating capacity at the Bad Creek site.

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Bad Creek Pumped Storage Project

Bad Creek Pumped Storage Project. As part of its clean energy transformation and commitment to achieve net-zero carbon dioxide emissions by 2050, Duke Energy is seeking approval from the Federal Energy Regulatory Commission (FERC) to continue operating the Bad Creek Pumped Storage Project for up to 50 years.

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Adding 280 MW of New Hydropower by Upgrading an

In 2023, Duke Energy will complete an upgrade at its Bad Creek Hydro Station in Salem, South Carolina. Upon completion, the station will have a capacity rating of approximately 1,640 MW — making it one of the largest

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Duke Energy Unit Upgrades at Bad Creek Pumped Storage Add

Duke Energy recently completed upgrades to the four units at its 1,680 MW Bad Creek pumped storage plant in Salem, South Carolina, adding 320 MW of carbon-free energy to its system. Duke Energy said its goal is to ensure energy reliability for its customers as strong economic development successes and population growth power the Carolinas

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Duke Energy Corporation

Plan calls for an "all of the above" approach to future energy generation Includes doubling peak hourly capacity of Oconee County''s Bad Creek pumped storage facility Reflects rigorous stakeholder outreach and feedback As strong economic development successes and population growth power South Carolina''s energy needs, Duke Energy''s goal is to ensure

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Bad Creek Pumped Storage Project

If Duke Energy decides to pursue the Bad Creek II Power Complex and obtains all necessary regulatory approvals, construction would span approximately six years. Bad Creek Pumped Storage Project. As part of its clean energy transformation and commitment to achieve net-zero carbon dioxide emissions by 2050, Duke Energy is seeking approval

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Bad Creek Pumped Storage Project

Duke Energy welcomes public involvement in the relicensing process. To date, the following public meetings have occurred: Proposed Study Plan Meeting (September 7, 2022) Virtual FERC Scoping Meetings (May 16-17, 2022) Virtual Environmental Review Bad Creek Pumped Storage Project.

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Duke to upgrade pumped-storage station to accommodate

Bad Creek is a pumped-storage hydro plant, the largest of Duke''s hydroelectric pants. A pumped-storage hydro plant rushes water stored at a reservoir at the top of the plant, down through a powerhouse, where the energy of the rushing water turns a turbine to generate electricity, and out into a discharge body of water, in this case Lake

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Keowee-Toxaway Project

The portal is located on the Whitewater River arm of Lake Jocassee. During the refilling of the upper Bad Creek reservoir, the Bad Creek Pumped Storage Facility turbines are reversed to pump water back from Lake Jocassee into the upper Bad Creek reservoir. Bad Creek Pumped Storage Facility began operating in 1991; its FERC license expires in 2027.

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Duke Energy to expand South Carolina pumped hydro

US-based power firm Duke Energy plans to increase the energy storage capacity of its Bad Creek pumped storage hydroelectric station by 200MW. The expansion is scheduled to start in 2021, and complete in 2024. Credit: Duke Energy There are 40 pumped-storage hydropower plants in the US accounting for 97% of the country’s energy storage

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Bad Creek Pumped Storage | HDR

Answering growing power demand with pumped storage upgrades. Building on a legacy of service for Duke Energy, we were brought in to help them meet peak power demand and optimize grid flexibility with better integration of expanding renewable energy sources. We supported unit and station upgrades at the Bad Creek Pumped Storage project to help increase pumping and

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Duke may double its Bad Creek facility. Here''s what that means

Duke''s Bad Creek pumped storage facility is tucked away in the foothills of the Blue Ridge mountains, but it has 1,680 megawatts of capacity. When water is released from the higher reservoir, it generates energy. Pumped storage plants can use the stored energy to offset power outages or other threats to reliability or during "peak times,

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The marvel in the mountain | Duke Energy | illumination

It works like a battery – the water is stored and easily accessed by releasing the water down the mountain when customers need energy the most. Pumped-storage plants like Bad Creek account for 97 percent of the United

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Duke Energy completes multiyear unit upgrades at Bad Creek to

Bad Creek pumped storage technology supports the operational needs of Duke Energy''s system, particularly as more solar is added The station can now power more than 1.3 million homes

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Duke Energy announces plans to expand 1,065-MW Bad Creek pumped storage

Duke Energy announced plans last week to expand its 1,065-MW Bad Creek pumped storage project by 200 MW, with an anticipated completion date of 2023. A second Duke Energy pumped-storage facility, 660-MW Jocassee, uses water from Lake Jocassee, which is its upper reservoir. The utility upgraded this plant a few years ago, increasing its

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Duke Energy finishes upgrades to Bad Creek facility

SALEM — Duke Energy celebrated recently finished upgrades at its Bad Creek pumped storage facility with a tour. The pumped storage hydroelectric facility is a fascinating feat of engineering which, according to hydro general manager Preston Pierce, is perfectly suited to the Upstate''s topography.

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Duke Energy Carolinas authorized to increase capacity of Bad Creek

In its Energy Infrastructure Update for August 2018, the Federal Energy Regulatory Commission listed 335 MW of hydro activity: a capacity amendment for the Bad Creek Pumped Storage Project. FERC issued an order to Duke Energy Carolinas LLC for increasing the capacity of the project to 1,400 MW from 1,065 MW. The actual order was issued Aug. 6.

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Duke Power letterhead template MS Word

Duke Energy Corporation Regulated and Renewable Energy 526 South Church Street / EC12Q Charlotte, NC 28202 March 30, 2023 Subject: Bad Creek Pumped Storage Project (P-2740-053) Relicensing Study Progress Report No. 1 Dear Secretary Bose: Duke Energy Carolinas, LLC (Duke Energy or Licensee) is the Licensee, owner, and operator of the

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Duke Energy unit upgrades at Bad Creek pumped storage add

Duke Energy recently completed upgrades to the four units at its 1,680 MW Bad Creek pumped storage plant in Salem, South Carolina, adding 320 MW of carbon-free energy to its system. Duke Energy said its goal is to ensure energy reliability for its customers as strong economic development successes and population growth power the Carolinas

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Duke Energy completes multiyear unit upgrades at Bad Creek to

Upgrades add 320 megawatts of capacity to the company''s largest "battery"Bad Creek pumped storage technology supports the operational needs of Duke Energy''s system, particularly as more solar is addedThe station can now power more than 1.3 million homes CHARLOTTE, N.C., April 29, 2024 /PRNewswire/ -- As strong economic development

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Duke Energy finishes upgrades to Bad Creek Hydropower Station

This photo from 2017 shows the upper reservoir at Duke Energy''s Bad Creek pumped storage facility when it is drained. When the reservoir is full, Duke pushes water into and out of the facility

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Bad Creek Pumped Storage Project (P-2 740) Proposed

Subject: Bad Creek Pumped Storage Project (P-2 740) Proposed Study Plan Meeting Summary . Dear Secretary Bose: Duke Energy Carolinas, LLC (Duke Energy or Licensee) is the Licensee, owner, and operator of the 1,400-megawatt (MW) Bad Creek Pumped Storage Project (FERC No. 2740) (Project), located in Oconee County, South Carolina.

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Duke Energy Announces Plans to Expand 1,065-MW Bad Creek Pumped Storage

Bad Creek provides about 10 percent of Duke Energy''s power capacity in the Carolinas. A second Duke Energy pumped-storage facility, 660-MW Jocassee, uses water from Lake Jocassee, which is its upper reservoir. The utility upgraded this plant a

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Duke may double its Bad Creek facility. Here''s what that means

The water sits in Duke Energy''s Bad Creek pump storage facility. The facility generates and stores energy by moving water back and forth between two reservoirs located at different elevations.

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Duke Energy looks to expand pumped storage to support growing

Duke Energy Carolinas LLC is weighing whether to expand its Bad Creek Pumped Storage Project to accommodate plans for more solar generation, the utility said in a filing with the Federal Energy Regulatory Commission. That notice also included the possibility of building a second powerhouse at Bad Creek, Duke Energy spokesman Ben Williamson

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Duke Energy unit upgrades at Bad Creek pumped storage add

Duke Energy is working to extend the Federal Energy Regulatory Commission operating license of the Bad Creek pumped hydro storage facility, which is set to expire in 2027. In addition to this upgrade project, Duke Energy is evaluating the potential to add a second powerhouse at Bad Creek that would further help Duke Energy add capacity as well

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About Duke energy bad creek pumped storage

About Duke energy bad creek pumped storage

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