By Sudipta Chakraborty, Marcelo G. Simões, William E. Kramer
While such a lot books procedure strength electronics and renewable strength as separate topics,
Power Electronics for Renewable and dispensed strength platforms takes an integrative procedure; discussing energy digital converters topologies, controls and integration which are particular to the renewable and disbursed power process purposes.
An evaluation of energy digital applied sciences is through the creation of assorted renewable and disbursed power assets that incorporates photovoltaics, wind, small hydroelectric, gasoline cells, microturbines and variable velocity new release. strength garage structures resembling battery and speedy reaction garage platforms are mentioned in addition to application-specific examples. After atmosphere forth the basics, the chapters specialize in extra complicated themes equivalent to modular strength electronics, microgrids and clever grids for integrating renewable and dispensed power. rising themes equivalent to complex electrical automobiles and dispensed keep an eye on paradigm for strength method keep an eye on are mentioned within the final chapters.
With contributions from subject material specialists, the diagrams and designated examples supplied in each one bankruptcy make strength Electronics for Renewable and disbursed strength platforms a sourcebook for electric engineers and experts operating to set up a number of renewable and dispensed power platforms and will function a complete advisor for the upper-level undergraduates and graduate scholars around the globe.
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Extra info for Power Electronics for Renewable and Distributed Energy Systems: A Sourcebook of Topologies, Control and Integration
Example text
E. Elbuluk Fig. 23 Pulse-width modulation (PWM) switching technique: a multiple harmonic elimination, b PWM circuit, c PWM AC output, d PWM generation, and e PWM signal harmonic elimination and harmonic cancellation have been proposed in the literature. These methods have resulted in two major breakthroughs in active-wave shaping or active filters; namely the method of pulse-width modulation (PWM) and the method of multilevel inverters, which will briefly be discussed later. The d-control method imposes a zero-voltage on the output voltage and if more of the zero-voltage segments are introduced, the harmonic content of the AC voltage can be reduced.
Two other basic DC/DC converters include the boost and buck/boost converters. A boost converter can be defined as when the DC output voltage is higher than the input voltage. This design is also referred to as a step-up converter and a typical design is shown in Fig. 17. In this circuit, the switches are inserted between the inductor and the capacitor. If the converter is lossless, the ratio of the output DC voltage to the input DC voltage is given by Eq. 3). Since D is less than one, the output voltage is always higher than the input voltage.
14). V0 [ V ð2:14Þ 2 Fundamentals of Power Electronics 33 Fig. 35 Implementation of the three-phase VSR The VSR is also known as Boost Rectifier with objective to provide a constant voltage V0 at the output. The CSR and the VSR are dual from each other. 35 shows the implementation of a three-phase version of the PWM VSR (with IGBTs). The VSR requires a large capacitor across the output, it is inherently bidirectional and can be applied in several applications where the line side converter must be able to deliver energy back to the source, such as in locomotives, cranes, and renewable energy sources connected to the DC link side.