HARRIS

Operating

Hydro power plant

Capacity
76 MW
Primary fuel
Hydro
County
Somerset County
Operator
BROOKFIELD WHITE PINE HYDRO LLC
Status
Operating
Commissioned
1954
EIA plant ID
1492
Generators
4
Technology
Conventional Hydroelectric
Net generation (2024)
170 GWh
Capacity factor (2024, EIA nameplate)
25%
Data vintage
EIA-860 2024 final; EIA-923 2022-2024 final
Coordinates
45.4599, -69.8650

See it on the map

HARRIS, a 76 MW Hydro power plant in Somerset County, Maine. Operated by BROOKFIELD WHITE PINE HYDRO LLC, commissioned 1954.

How HARRIS compares

With 76 MW of capacity, HARRIS ranks 10th among the 83 operating power plants Bywatts maps in Maine and 2nd of the 44 operating Hydro plants in the state. It accounts for about 12% of Maine's operating Hydro capacity and 1.8% of all operating capacity in the state. Nationally it is the 215th-largest of the 1,243 operating Hydro plants in the database. Commissioned in 1954, it is older than 64% of the 81 operating Maine plants with a recorded commissioning year. Its operator, BROOKFIELD WHITE PINE HYDRO LLC, runs 16 operating plants in Maine totaling 314 MW. It shares Somerset County with 8 other operating plants, including WYMAN HYDRO and ANSON ABENAKI HYDROS.

EIA-860 lists 4 generators at the site with 76 MW of nameplate capacity, all conventional hydroelectric technology. Net generation was 170 GWh in 2024 (a 25% capacity factor), down 19% from 2022. Its generators came online between 1954 and 1955.

Grid neighborhood

The closest transmission line found within 10 miles is a 115 kV line owned by CENTRAL MAINE POWER CO, under 0.1 miles away. One other operating power plant sits within 25 miles: BRASSUA HYDROELECTRIC PROJECT (4 MW, Hydro).

Computed by Bywatts from HIFLD power plant and transmission line records and EIA-860/923 survey data; distances are straight-line. Sources and methodology

Weather peril exposure

HARRIS is a 76 MW hydro power plant in Somerset County, ME, operated by BROOKFIELD WHITE PINE HYDRO LLC, commissioned in 1954. Somerset County carries moderate modeled catastrophe exposure in the FEMA National Risk Index, scoring 2.5 of 5 at the 38th national percentile. Ice storm is the leading peril, rated Relatively High by FEMA at the 91st percentile.

The Bywatts loss layer is calibrated to solar PV hardware, so it is not applied to a hydro plant. The ratings below are the FEMA National Risk Index county hazard ratings for this location.

2.5 of 5Modeled catastrophe exposure
ModerateExposure band
Ice stormLeading peril
Relatively LowFEMA county risk rating

Somerset County hazard ratings

PerilFEMA ratingNational percentilePeril scoreEvents per year
Ice stormRelatively High91st4.6 of 50.27
HurricaneRelatively Moderate86th4.4 of 50.08
LightningRelatively High77th4.1 of 517.8
Winter weatherRelatively High71st3.8 of 525.4
EarthquakeVery Low53rd3.1 of 5<0.01
Riverine floodingRelatively Low41st2.7 of 54.1
HailRelatively Low33rd2.3 of 50.40
TornadoVery Low5th1.2 of 50.09
Heat waveVery Low3rd1.1 of 50.39
Strong windRelatively Low1st1.1 of 50.46
WildfireVery Low1st1.1 of 5<0.01

Perils not assessed in Somerset County

These perils carry no usable National Risk Index figure for this county, so they are excluded from the scoring rather than scored zero. A zero would claim the peril was assessed and found benign.

PerilWhy it is not scored
Coastal floodingFEMA rating is "Not Applicable" for this county

Model hail, wind and flood exposure for Somerset County in the weather risk calculator

Ratings are the FEMA National Risk Index county hazard ratings; the peril score is a Bywatts transform of the FEMA national percentile. Full data sources and the solar vulnerability methodology are in the weather risk calculator.

Modeled estimate for screening and negotiation. Built from FEMA National Risk Index county hazard data and a solar vulnerability layer documented above. Not a quote, a binder, or actuarial advice, and not a substitute for a carrier's own model. Hazard data: FEMA National Risk Index December 2025, synced 2026-07-24. Resolution is county level, not site level.