Fish Creek P-1927
General information | |
Waterway |
Fish Creek Canal |
Current status | Active license  |
Type of facility | Conventional Hydro |
Mode of hydropower generation | Peaking |
Type of permit | FERC License |
FERC information | |
FERC docket # | P-1927 |
FERC project name | North Umpqua |
Other projects with this FERC number | |
Permit issued | 11/13/03 |
Permit expiration | 10/27/38 |
Ownership and operation | |
Owner | PacifiCorp |
Owner type | Investor-Owned Utility |
Year first online (conventional hydro) | 1952 |
Transmission or distribution system owner | PacifiCorp |
Power and generating capacity | |
Number of units | 1 |
Total capacity from hydraulic turbine-generator units within each plant | 11.0 MW |
Average annual net hydropower generation | 36,625.3 MWH |
The North Umpqua Project was constructed between 1947 and 1956. It consists of a series of dams and canals that divert water to the eight developments, each of which has a powerhouse and a dam. The Fish Creek Development consists of a 6.5-foot-high diversion dam located on Fish Creek approximately 6 miles upstream of the creek’s confluence with the North Umpqua, a 3-acre reservoir, 25,662 feet of canal and flumes extending from the diversion dam to a 9.3-acre-foot forebay with a maximum total storage capacity of 110.3 acre-feet, a 2,358-foot-long penstock, and a powerhouse with a single turbine-generator set having a rated capacity of 11,000 kW. The powerhouse is located on the North Umpqua between the Toketee powerhouse and Slide Creek diversion dam. The reservoir impounded by the diversion dam has no active storage, but the forebay has active storage and is used to reregulate water from off-peak to peak demand periods. A fish ladder and a sluiceway are incorporated into the diversion dam.
Is there something you’d like to add or correct? Please let us know.
Related resources
News and updates
From California Sportfishing Protection Alliance11/24/2024
From Hydropower Reform Coalition11/19/2024
Monthly Newsletter: Exploring FERC-Exempt Hydro Projects: Small-Scale Hydropower with Big Impacts