Felix Lehfuss

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—The future energy system has to satisfy a continuously growing demand for electricity and to reduce greenhouse gas emissions. Fulfilling such diverse needs requires the integration of renewable energy resources on a large scale. However, the existing information and communication infrastructure controlling the corresponding power grids and components is(More)
  • Lehfuss, Lauss Felix, Georg Kotsampopoulos, Hatziargyriou Panos, Nikos Crolla, Paul +8 others
  • 2016
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This work presents a compendious overview over Power Hardware-in-the-Loop (PHIL) simulations that are used for designing, analysing and testing of electrical power system and its components. PHIL simulations are an advanced application of real time simulations that represent novel methods which conjoins soft-and hardware simulation / testing. It briefly(More)
—The future energy system has to satisfy a continuously growing demand for electricity and to reduce greenhouse gas emissions. Fulfilling such diverse needs requires the integration of renewable energy resources on a large scale. However, the existing information and communication infrastructure controlling the corresponding power grids and components is(More)
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