Land use authorization received for 393.3-MW Swan Lake pumped storage transmission line

Posted On September 19, 2019 at 4:00 pm by / No Comments

The U.S.
Department of Interior’s Bureau of Reclamation has issued a right-of-use
authorization that allows for the construction of a transmission line
associated with the 393.3-MW Swan Lake North Pumped Storage Hydroelectric

The land
is two remote 40-acre parcels east of Klamath Falls, Ore., Reclamation says.

authorization permits Swan Lake North Hydro LLC to develop the generating
facility through a Federal Energy Regulatory Commission (FERC) license for
private development.

19-acre Swan Lake North Pumped Storage Hydroelectric Project site, adjacent to
the Lost River, will be used to construct and maintain an electrical
transmission line, associated right-of-way, four mono-poles that support the
transmission line and temporary access roads.

adopted and re-circulated FERC’s Final Environmental Impact Statement on July
19, 2019, and signed a Record of Decision last week authorizing public land
use. Reclamation worked with FERC on the development of the Final EIS beginning
in 2016.

Swan Lake North Project
 will consist of a
new upper and lower reservoir, a steel penstock connecting the upper reservoir
to the powerhouse, a partially buried powerhouse containing three 131.1-MW
variable speed reversible pump-turbine units, three steel penstocks connecting
the powerhouse to the lower reservoir, a transmission line and substation, and
access roads to the lower and upper reservoirs.

Power generated by the
project will be transmitted through a new adjacent fenced substation and then
through a new 32.8-mile-long, 230-kV above ground transmission line to
interconnect with the existing Malin Substation.

The Swan Lake North
Project is expected to generate 1.187 GWh of electricity annually. It is
anticipated to provide nine hours of energy storage and create 3,360 jobs.

The post Land use authorization received for 393.3-MW Swan Lake pumped storage transmission line appeared first on Renewable Energy World.

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