Translated System Requirements into PTO Design Requirements (in addition to Component-level metrics) for the HydroAir Power Take Off System
Includes Maximum Cost, Critical Dimensions and Weights, Damping Curve, Rotor Speed Profile Changes, Mechanical Power for a given pressure and airflow, Turbine rpm range and power, Generator input torque, Torque speed curves/profile, Generated electrical power for given input torque, Generated Load Cycles, Variation in generator speed, Conversion efficiencies for pressure to mechanical, mechanical to electrical: losses due to conditioning, Generator temperatures, Vibration/acceleration, Operating angle, Shaft strain, and Noise level.
Citation Formats
Siemens Government Technologies, Inc.. (2020). Translated System Requirements into PTO Design Requirements (in addition to Component-level metrics) for the HydroAir Power Take Off System [data set]. Retrieved from https://mhkdr.openei.org/submissions/333.
Natanzi, Shahab, Hall, Russell. Translated System Requirements into PTO Design Requirements (in addition to Component-level metrics) for the HydroAir Power Take Off System. United States: N.p., 02 Oct, 2020. Web. https://mhkdr.openei.org/submissions/333.
Natanzi, Shahab, Hall, Russell. Translated System Requirements into PTO Design Requirements (in addition to Component-level metrics) for the HydroAir Power Take Off System. United States. https://mhkdr.openei.org/submissions/333
Natanzi, Shahab, Hall, Russell. 2020. "Translated System Requirements into PTO Design Requirements (in addition to Component-level metrics) for the HydroAir Power Take Off System". United States. https://mhkdr.openei.org/submissions/333.
@div{oedi_333, title = {Translated System Requirements into PTO Design Requirements (in addition to Component-level metrics) for the HydroAir Power Take Off System}, author = {Natanzi, Shahab, Hall, Russell.}, abstractNote = {Includes Maximum Cost, Critical Dimensions and Weights, Damping Curve, Rotor Speed Profile Changes, Mechanical Power for a given pressure and airflow, Turbine rpm range and power, Generator input torque, Torque speed curves/profile, Generated electrical power for given input torque, Generated Load Cycles, Variation in generator speed, Conversion efficiencies for pressure to mechanical, mechanical to electrical: losses due to conditioning, Generator temperatures, Vibration/acceleration, Operating angle, Shaft strain, and Noise level.}, doi = {}, url = {https://mhkdr.openei.org/submissions/333}, journal = {}, number = , volume = , place = {United States}, year = {2020}, month = {10}}
Details
Data from Oct 2, 2020
Last updated Jul 26, 2021
Submitted Jul 26, 2021
Organization
Siemens Government Technologies, Inc.
Contact
Paul Jenicek
720.327.6867
Authors
Keywords
MHK, Marine, Hydrokinetic, energy, power, Hydrokinetic Marine energy power, PTO, power take off, WEC, wave energy, system requirments, operating conditions, production, dimensions, efficiency, design requirements, designDOE Project Details
Project Name HydroAir Power Take Off System
Project Lead Erik Mauer
Project Number EE0006609