First Results of a Turbo Generator Test for Powering the HV-Solenoids at a Relativistic Electron Cooler

Andre Hofmann, Kurt Aulenbacher, Max-Wilhelm Bruker, Juergen Dietrich, Wolfgang Klag, Vasily Parkhomchuk, Vladimir Reva, Tobias Weilbach, Schaa, Volker RW (Ed.), Petit-Jean-Genaz, Christine (Ed.), Kim, Dong Eon (Ed.), Kim, Kyung Sook (Ed.) (+1 others)
2016
One of the challenges in a relativistic electron cooler is the generation of high voltage exceeding 2 MV and the powering of HV-solenoids, which need a floating power supply. As replacement of the well established, but limited, methods we propose streaming gas for the power transfer. The conversion of the energy by a turbo generator enables using scalable power supply / HV-generator combinations. BINP SB RAS has proposed two possibilities to build the power supply in a modular way. In the first
more » ... r way. In the first proposal, two cascade transformers per module should be used; the first one powers 22 small HV-solenoids, the second one generates the voltage. In order to reach the final voltage, the modules are cascaded. The cascade transformers are fed by a turbo generator, which is driven by pressurised gas. The second possibility is to use two big HV-solenoids, which are powered directly by a turbo generator. The voltage could be generated for example with a Cockcroft Walton generator. A potential candidate is the Green Energy Turbine (GET) from the company DEPRAG, Germany. At the Helmholtz-Institut Mainz, two GET were tested. In this report, we present our experience and show first results.
doi:10.18429/jacow-ipac2016-tupmr005 fatcat:defww3h7qve2zlh3coskjtwveq