International Journal on Hydropower & Dams
A hydro-kinetic energy project has been underway in Sweden since 2000, and an in-stream prototype setup for experiments at a site in a Swedish river is now in progress. The system comprises a vertical axis turbine and a directly driven permanent magnet generator. Methods and choices used in designin...
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| creator | Grabbe Mårten , Uppsala universitet, Elektricitetslära Yuen Katarina , Uppsala universitet, Elektricitetslära Goude Anders , Uppsala universitet, Elektricitetslära Lalander Emilia , Uppsala universitet, Elektricitetslära Leijon Mats , Uppsala universitet, Elektricitetslära Grabbe Mårten, Uppsala University, Elektricitetslären Yuen Katarina, Uppsala University, Electricity Teaching Goude Anders, Uppsala University, Elektricitetslären Lalander Emilia, Uppsala University, Electricity Teaching Leijon Mats, Uppsala University, Electricity Teaching |
| description | A hydro-kinetic energy project has been underway in Sweden since 2000, and an in-stream prototype setup for experiments at a site in a Swedish river is now in progress. The system comprises a vertical axis turbine and a directly driven permanent magnet generator. Methods and choices used in designing the system are described here. The turbine and generator are evaluated based on measurements and CFD simulations of conditions at the site for the experimental setup.
Published
A hydro-kinetic energy project has been underway in Sweden since 2000, and an in-stream prototype setup for experiments at a site in a Swedish river is now in progress. The system comprises a vertical axis turbine and a directly driven permanent magnet generator. Methods and choices used in designing the system are described here. The turbine and generator are evaluated based on measurements and CFD simulations of conditions at the site for the experimental setup.
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| format | Article |
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Published
A hydro-kinetic energy project has been underway in Sweden since 2000, and an in-stream prototype setup for experiments at a site in a Swedish river is now in progress. The system comprises a vertical axis turbine and a directly driven permanent magnet generator. Methods and choices used in designing the system are described here. The turbine and generator are evaluated based on measurements and CFD simulations of conditions at the site for the experimental setup.
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Published
A hydro-kinetic energy project has been underway in Sweden since 2000, and an in-stream prototype setup for experiments at a site in a Swedish river is now in progress. The system comprises a vertical axis turbine and a directly driven permanent magnet generator. Methods and choices used in designing the system are described here. The turbine and generator are evaluated based on measurements and CFD simulations of conditions at the site for the experimental setup.
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Published
A hydro-kinetic energy project has been underway in Sweden since 2000, and an in-stream prototype setup for experiments at a site in a Swedish river is now in progress. The system comprises a vertical axis turbine and a directly driven permanent magnet generator. Methods and choices used in designing the system are described here. The turbine and generator are evaluated based on measurements and CFD simulations of conditions at the site for the experimental setup.
Published</abstract><oa>free_for_read</oa></addata></record> |
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| title | International Journal on Hydropower & Dams |
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