Applied development of VNs with a high short circuit resistance of up to 63 kA (Q11200): Difference between revisions
Jump to navigation
Jump to search
(Changed an Item: Label in wikidata changed) |
(Created claim: summary (P836): The project shall address research into the technological options for the production of bar insulators of the VVN type LG/LP type according to IEC 60 383, including the determination of the appropriate design of a complete hinge and protective fittings with a short-circuit resistance of up to 63 kA in the case of the IEC 61 467 short-circuit test and subsequent implementation in grid networks in the EU. The project output will be operational pro...) |
||
| Property / summary | |||
The project shall address research into the technological options for the production of bar insulators of the VVN type LG/LP type according to IEC 60 383, including the determination of the appropriate design of a complete hinge and protective fittings with a short-circuit resistance of up to 63 kA in the case of the IEC 61 467 short-circuit test and subsequent implementation in grid networks in the EU. The project output will be operational prototypes. Whether the ceramic materials of IEC 673 C120/C130 are able to withstand the thermal effect of a plasmic displacement with a current 63kA in the conservation of the mosses are checked. (English) | |||
| Property / summary: The project shall address research into the technological options for the production of bar insulators of the VVN type LG/LP type according to IEC 60 383, including the determination of the appropriate design of a complete hinge and protective fittings with a short-circuit resistance of up to 63 kA in the case of the IEC 61 467 short-circuit test and subsequent implementation in grid networks in the EU. The project output will be operational prototypes. Whether the ceramic materials of IEC 673 C120/C130 are able to withstand the thermal effect of a plasmic displacement with a current 63kA in the conservation of the mosses are checked. (English) / rank | |||
Normal rank | |||
Revision as of 07:32, 26 February 2020
Project in Czech Republic financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Applied development of VNs with a high short circuit resistance of up to 63 kA |
Project in Czech Republic financed by DG Regio |
Statements
2,956,378.96 Czech koruna
0 references
8,040,193.0 Czech koruna
0 references
36.7699999241312 percent
0 references
26 April 2017
0 references
30 June 2019
0 references
Elektroporcelán a.s.
0 references
50°21'2.16"N, 13°48'23.29"E
0 references
44001
0 references
Projekt řeší výzkum technologických možností výroby tyčových izolátorů VVN typu LG/LP dle IEC 60 383 vč. stanovení vhodné konstrukce celého závěsu a ochranných armatur se zkratovou odolností až 63 kA při zkratové zkoušce dle IEC 61 467 a následnou implementaci v rozvodných sítích v EU. Výstupem projektu budou funkční prototypy. Dojde k ověření, zda keramické materiály dle IEC 673 C120/C130 jsou schopny odolat tepelnému vlivu plazmatického výboje s proudem 63kA při zachování mech. vlastností. a. (Czech)
0 references
The project shall address research into the technological options for the production of bar insulators of the VVN type LG/LP type according to IEC 60 383, including the determination of the appropriate design of a complete hinge and protective fittings with a short-circuit resistance of up to 63 kA in the case of the IEC 61 467 short-circuit test and subsequent implementation in grid networks in the EU. The project output will be operational prototypes. Whether the ceramic materials of IEC 673 C120/C130 are able to withstand the thermal effect of a plasmic displacement with a current 63kA in the conservation of the mosses are checked. (English)
0 references
Identifiers
CZ.01.1.02/0.0/0.0/16_083/0010075
0 references