Research on Modern Semiconductor Converters and the Usage of SiC Devices in the Technology Centre of Ostrava
The following article presents Technology Centre of
Ostrava (TCO) in the Czech Republic describing the structure and
main research areas realized by the project ENET - Energy Units for
Utilization of non Traditional Energy Sources. More details are
presented from the research program dealing with transformation,
accumulation and distribution of electric energy. Technology Centre
has its own energy mix consisting of alternative sources of fuel
sources that use of process gases from the storage part and also the
energy from distribution network. The article will be focus on the
properties and application possibilities SiC semiconductor devices for
power semiconductor converter for photovoltaic systems.
[1] ENET-Energetické jednotky pro využití netradičních zdrojů energie.
Enet (online). 2010 (cit. 2014-11-13). Dostupné z: http://enet.vsb.cz/cs/
[2] Vaculík, Petr. The Properties of SiC in Comparison with Si
Semiconductor Devices. APPEL. Pilsen, 2013.
[3] SiC’s advantages over silicon push more SiC semiconductors over 10
years. Solid Stage Technology (online). 2012-06-29 (cit. 2014-11-13).
Dostupné z: http://electroiq.com/blog/2012/06/sic-advantages-oversilicon-
push-more-sic-semiconductors-over-10-years/.
[4] Linear Technology. Design Simulation and Device Models: Linear
Technology. Linear Technology. (Online) Linear Technology, 12. 02.
2013. (26. 03. 2013) http://www.linear.com/designtools/software/.
[5] Kazimierczuk, Marian. Pulse-width modulated DC-DC power
converters. Chichester, U.K.: Wiley, 2008, xxvi, 782 p. ISBN
9780470773017.
[6] BASSO, Christophe P. Switch-mode power supplies: SPICE simulations
and practical design. New York: McGraw-Hill, 2008, xix, 889 s. ISBN
978-0-07-150859-9.
[1] ENET-Energetické jednotky pro využití netradičních zdrojů energie.
Enet (online). 2010 (cit. 2014-11-13). Dostupné z: http://enet.vsb.cz/cs/
[2] Vaculík, Petr. The Properties of SiC in Comparison with Si
Semiconductor Devices. APPEL. Pilsen, 2013.
[3] SiC’s advantages over silicon push more SiC semiconductors over 10
years. Solid Stage Technology (online). 2012-06-29 (cit. 2014-11-13).
Dostupné z: http://electroiq.com/blog/2012/06/sic-advantages-oversilicon-
push-more-sic-semiconductors-over-10-years/.
[4] Linear Technology. Design Simulation and Device Models: Linear
Technology. Linear Technology. (Online) Linear Technology, 12. 02.
2013. (26. 03. 2013) http://www.linear.com/designtools/software/.
[5] Kazimierczuk, Marian. Pulse-width modulated DC-DC power
converters. Chichester, U.K.: Wiley, 2008, xxvi, 782 p. ISBN
9780470773017.
[6] BASSO, Christophe P. Switch-mode power supplies: SPICE simulations
and practical design. New York: McGraw-Hill, 2008, xix, 889 s. ISBN
978-0-07-150859-9.
@article{"International Journal of Information, Control and Computer Sciences:69898", author = "P. Vaculík and P. Kaňovský", title = "Research on Modern Semiconductor Converters and the Usage of SiC Devices in the Technology Centre of Ostrava", abstract = "The following article presents Technology Centre of
Ostrava (TCO) in the Czech Republic describing the structure and
main research areas realized by the project ENET - Energy Units for
Utilization of non Traditional Energy Sources. More details are
presented from the research program dealing with transformation,
accumulation and distribution of electric energy. Technology Centre
has its own energy mix consisting of alternative sources of fuel
sources that use of process gases from the storage part and also the
energy from distribution network. The article will be focus on the
properties and application possibilities SiC semiconductor devices for
power semiconductor converter for photovoltaic systems.", keywords = "SiC, Si, Technology Centre of Ostrava, Photovoltaic
Systems, DC/DC Converter, Simulation.", volume = "9", number = "5", pages = "1180-6", }