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Commercial
Projects
Residential
Projects
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Canyon Hydro Residential Power Projects
For 28 years, Canyon Hydro has manufactured hydro systems for both
residential and commercial projects. Canyon's Residential
systems typically produce up to about 100kW, and we provide a broad
range of turbine systems to match your specific Head and Flow.
Custom design and manufacturing are available for larger
Commercial Projects.
Here are a few of the Canyon Hydro
Residential projects
currently producing power around the world.
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Canyon Hydro
Residential Projects |
This dual-nozzle Canyon
1051-2 Pelton turbine powers a 14KW synchronous generator in
Costa Rica. A variable needle nozzle makes it possible to
adjust for changes in stream Flow without shutting down the
turbine. The turbine intake was custom designed to fit in an
existing powerhouse.
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Proud owner with portions of his crew, toasting the successful
startup of his 5KW hydroelectric system. This installation
serves a home located in a remote area of northern California.
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This Canyon variable flow Crossflow turbine
uses belt-drive coupling to a Marathon 40 KW synchronous generator.
It is currently supplying power to a coffee processing plant in
the Republic of Panama.
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Canyon
turbines and systems often supply power to remote
communities. This 100 KW Canyon Crossflow turbine supplies
power to a mountain village and school in Papua New Guinea.
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Lucien Gunderman stands next to his
four-jet, twin turbine system.
Located in the Willamette valley in Western Oregon, both turbines run one 30KW induction
generator, which is electrically interfaced with the utility grid.
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This Canyon
6010-2 Pelton turbine is installed at a Wyoming ranch and
generates 10KW. It is a
combination system, capable of stand-alone and grid-interfaced
operation.
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A dual-nozzle Canyon 751-2 Pelton turbine and
18KW Marathon generator ready to ship
to Colorado.
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This 9513
single nozzle turbine is used in a grid-parallel configuration
with a utility in Washington State, and produces 11KW under 165
feet of head. It was fitted with a custom deflector actuator to
allow automatic restart after utility outages. The manually
adjusted needle nozzle allows the turbine to operate efficiently
with varying flow rates.
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