By L. M. Tolbert , T. J. King , B. Ozpineci
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Additional resources for Power Electronics For Distributed Energy System And Transmission And Distribution Applications
Example text
Wide bandgap materials show great potential in this area, especially silicon carbide (SiC). As shown in Fig. 1, research on power semiconductors focuses mainly on material technology, device technology, thermal control technology, and packaging technology. Fig. 1. Power semiconductors focus areas [1]. , recycling, pollution, and takeback] Cooling technology (cooling fluids, circulation) Manufacturing technology Converter control technology 4-1 These technologies are strongly interactive, and they sum to comprise the entire realm of today’s power electronics technology, as shown in Fig.
Superconductor technology Developments in superconductor technology open the door to new devices like a superconducting current limiter and superconducting magnetic energy storage. There is a vision for a reliable and efficient high-voltage transmission system to generate electrical energy in an economical and environmentally friendly manner and provide electrical energy where it is needed. FACTS are the key to making this vision live [7]. Harmonics and EMI considerations The main drawback of SVCs is the generation of harmonics.
It discusses the present status and prospects of these power electronics technologies and discusses their advantages and obstacles. More details on SiC, gallium nitride (GaN), and diamond-based power electronics are found in Chapter 5. 1 Historic Review of Development of Silicon Power Electronic Devices The development of advanced power electronic devices has been accelerated as a result of the emergence of changes and breakthroughs achieved in the areas of power semiconductor device physics and process technology.