Hi Wrenches,
I've got a site visit for a largish ranch hydro site tomorrow. I am
relying on info from someone who doesn't know all of the nitty gritty
details about how the power system works (like size) but I want to try to
educate myself a bit. I know a bit about hydro but I'm no expert.
As i
You need head (pressure) and GPM, clean degree free, no silt, a catch basin
to stall the water, big pipe long run, try to keep the rollercoasters out,
(rises), and no 90's, that's just to start. Low head waterwheels can
produce lots of power to but you need a river of water.
Jerry
_
isn't there a formula like head in feet X gpm divided by 10 = approximate
wattage?
todd
On Wednesday, July 10, 2019 7:10pm, "Jerry Shafer"
said:
You need head (pressure) and GPM, clean degree free, no silt, a catch basin to
stall the water, big pipe long run, try to keep the rollerco
I don't really want to mess with changing the hydro, I'm more interested in
alleviating the manual transfer between power systems. I'm planning on
putting a power quality recorder/oscilloscope so that I understand what
type of power we are working with. Its semi-large (from my perspective)
becaus
Mac,
I work with hydro power plants from 50W to 100kw. AC direct, DC, AC to DC,
stand alone and utility connected, in all sorts of configurations. Report back
with the turbine manufacturer and more specifics so that I may better advise
you. There are many routes one can take.
Clogging and sedi
Hi i have only worked on two so disregard if i am off track. Bob Gudgel of
Midnite solar helped me with ideas. It seemed to me the water keeps
flowing and if no load the turbine went fastest. As the load increased the
turbine slowed down, but generated more power until the turbine was
overload
6 matches
Mail list logo
