Fryze - Buchholz - Depenbrock: A time-domain power theory
Author:
- 1 June 2008
- conference paper
- Published by Institute of Electrical and Electronics Engineers (IEEE)
- No. 23751428,p. 1-12
Abstract
Several power theories trying to explain the difference between the physically defined active power and the apparent power are known - and under discussion. This paper gives an overview of a universal time-domain power theory mainly developed by Fryze, Buchholz and Depenbrock. It is verified by theoretical considerations and explained by examples. The theory allows the assessment of loads concerning effectivity of energy transfer and the application-specific splitting of currents into desirable and undesirable components - which in turn can, e.g., be compensated.Keywords
This publication has 9 references indexed in Scilit:
- A theoretical investigation of original and modified instantaneous power theory applied to four-wire systemsIEEE Transactions on Industry Applications, 2003
- The theory of instantaneous power in three-phase four-wire systems: a comprehensive approach1999
- Quantities of a multiterminal circuit determined on the basis of Kirchhoff's lawsEuropean Transactions on Electrical Power, 1998
- Hyper space vectors: A new four‐quantity extension of space‐vector theoryEuropean Transactions on Electrical Power, 1998
- Definitions of electrical quantities commonly used in non‐sinusoidal conditionsEuropean Transactions on Electrical Power, 1998
- Formulating requirements for a universally applicable power theory as control algorithm in power compensatorsEuropean Transactions on Electrical Power, 1994
- Dynamic compensation of non‐active power using the fbd method ‐ basic properties demonstrated by benchmark examplesEuropean Transactions on Electrical Power, 1994
- Instantaneous sinusoidal and harmonic active and deactive currents in three‐phase power systemsEuropean Transactions on Electrical Power, 1994
- The FBD-method, a generally applicable tool for analyzing power relationsIEEE Transactions on Power Systems, 1993