Denver / Amarillo / Buffalo / Austin / New York / Bushland / Cleveland / Vienna / /
Company
Underwriters Laboratory / BP / Norton / Renewable Energy / The Sun / Production Research Laboratory / AC Motors / Reno NV / /
Continent
America / /
Country
Mexico / Egypt / Austria / United States / /
Currency
USD / / /
Facility
The USDA-ARS-CPRL facility / Underwriters Laboratory / /
IndustryTerm
wind energy / water pumping applications / passive tracking systems / solar hot water heating systems / solar energy resource / generated electricity / hybrid power systems / solar water pumping systems / oil field / water pumping systems / electricity / solar powered water pumping systems / powered water pumping systems / stand-alone water pumping systems / solar energy / grid-tie electricity market / hybrid systems / photovoltaic water pumping systems / /
NaturalFeature
Pacific Coast / /
Organization
American Society of Agricultural Engineers Paper / Agricultural Research Service / USDA / American Society of Agricultural Engineers / World Congress / PV AC / American Society / American Society of Mechanical Engineers / /
Person
Water Pumping / Robison Quad / Gupta / V / Brian D. Vick / R. Nolan Clark / Fig / Effect / R. Campbell‐Howe / Holman / /
Position
75m Head / Editor / No Controller Use Controller / 20m Head / Shurflo High Head / Governor / Solar Powered Helical Pump 75m Head / V.P. / Liters/Minute Solar Powered Helical Pump 75m Head / helical pump controller / R.N. / controller / 42m Head / /
Determining the Optimum Solar Water Pumping System for Domestic Use, Livestock Watering, or Irrigation