An energy-related definition of reactive power is introduced first, which is conservative in every network and applies even under non-sinusoidal conditions. Following, a theoretical background to analyze and control a system of distributed harmonic and reactive compensators is provided, which is based on a suitable line current decomposition. Application examples related to hybrid power filters and distributed compensators are finally discussed.
Optimization of Hybrid Filters for Distributed Harmonic and Reactive Compensation
TENTI, PAOLO;TEDESCHI, ELISABETTA;MATTAVELLI, PAOLO
2005
Abstract
An energy-related definition of reactive power is introduced first, which is conservative in every network and applies even under non-sinusoidal conditions. Following, a theoretical background to analyze and control a system of distributed harmonic and reactive compensators is provided, which is based on a suitable line current decomposition. Application examples related to hybrid power filters and distributed compensators are finally discussed.File in questo prodotto:
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