A new medium-voltage liaison post fitted with a vacuum (green) 3 directional strand in the axis of the position of one pillar. (Q107937): Difference between revisions
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(Removed claim: summary (P836): The investment made by ELGIS 0-GARBATKA is linked to the development of activities already carried out by the placing on the market of a new product. The applicant will carry out the R & D work consisting of the development of a new product — the middle voltage separation position of the vacuum interface (green) 3) and one serving axis in the axis of the position. The post shall be equipped with a set of structure to be fitted to the post, a s...) |
(Created claim: summary (P836): The investment carried out by ELGIS 0-Garbatka is linked to the development of existing activities through the introduction of a new product. The applicant will carry out research and development work on the development of a new product – a medium voltage disconnector station equipped with a vacuum disconnector (ecological) 3 directional positioned in the axis of one column. The station will be equipped with a set of structures for mounting the...) |
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The investment carried out by ELGIS 0-Garbatka is linked to the development of existing activities through the introduction of a new product. The applicant will carry out research and development work on the development of a new product – a medium voltage disconnector station equipped with a vacuum disconnector (ecological) 3 directional positioned in the axis of one column. The station will be equipped with a set of structures for mounting the disconnector on the pole, a set of structures, including a voltage converter for supplying the safety electronics system in the range of interphase short circuits and directional short circuits, with current transmitters in each phase in class 0,1 The position will be suitable for disconnecting overhead lines SN in three directions, with current track insulation on each of three directions in one housing. Isolation of individual current paths vacuum. Disconnector isolation in each of the three air-to-air directions. In order to obtain disconnector insulation parameters suitable for the standard, two additional insulating elements will be used so far not used in similar functional solutions. As a result of the project, the following changes are planned to apply, i.e.: 1.Introduction of disconnection chambers into the area of the insulator 2.Application of additional insulation inside the connector housing 3.Assembly of the connector centrally on the post (around the column) 4.Innovative way of connecting the power lines to the stand 5.Application of the housing of the adaptor connector from insulating plastic (epoxide resins) 6.Application of air insulation without other gas insulation is the additional element of the magnetic connection used in the innovative part of the insulating device. A camera will be created to replace 3 devices and fulfill their existing functions. (English) | |||||||||||||||
| Property / summary: The investment carried out by ELGIS 0-Garbatka is linked to the development of existing activities through the introduction of a new product. The applicant will carry out research and development work on the development of a new product – a medium voltage disconnector station equipped with a vacuum disconnector (ecological) 3 directional positioned in the axis of one column. The station will be equipped with a set of structures for mounting the disconnector on the pole, a set of structures, including a voltage converter for supplying the safety electronics system in the range of interphase short circuits and directional short circuits, with current transmitters in each phase in class 0,1 The position will be suitable for disconnecting overhead lines SN in three directions, with current track insulation on each of three directions in one housing. Isolation of individual current paths vacuum. Disconnector isolation in each of the three air-to-air directions. In order to obtain disconnector insulation parameters suitable for the standard, two additional insulating elements will be used so far not used in similar functional solutions. As a result of the project, the following changes are planned to apply, i.e.: 1.Introduction of disconnection chambers into the area of the insulator 2.Application of additional insulation inside the connector housing 3.Assembly of the connector centrally on the post (around the column) 4.Innovative way of connecting the power lines to the stand 5.Application of the housing of the adaptor connector from insulating plastic (epoxide resins) 6.Application of air insulation without other gas insulation is the additional element of the magnetic connection used in the innovative part of the insulating device. A camera will be created to replace 3 devices and fulfill their existing functions. (English) / rank | |||||||||||||||
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| Property / summary: The investment carried out by ELGIS 0-Garbatka is linked to the development of existing activities through the introduction of a new product. The applicant will carry out research and development work on the development of a new product – a medium voltage disconnector station equipped with a vacuum disconnector (ecological) 3 directional positioned in the axis of one column. The station will be equipped with a set of structures for mounting the disconnector on the pole, a set of structures, including a voltage converter for supplying the safety electronics system in the range of interphase short circuits and directional short circuits, with current transmitters in each phase in class 0,1 The position will be suitable for disconnecting overhead lines SN in three directions, with current track insulation on each of three directions in one housing. Isolation of individual current paths vacuum. Disconnector isolation in each of the three air-to-air directions. In order to obtain disconnector insulation parameters suitable for the standard, two additional insulating elements will be used so far not used in similar functional solutions. As a result of the project, the following changes are planned to apply, i.e.: 1.Introduction of disconnection chambers into the area of the insulator 2.Application of additional insulation inside the connector housing 3.Assembly of the connector centrally on the post (around the column) 4.Innovative way of connecting the power lines to the stand 5.Application of the housing of the adaptor connector from insulating plastic (epoxide resins) 6.Application of air insulation without other gas insulation is the additional element of the magnetic connection used in the innovative part of the insulating device. A camera will be created to replace 3 devices and fulfill their existing functions. (English) / qualifier | |||||||||||||||
point in time: 17 October 2020
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Revision as of 17:24, 17 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | A new medium-voltage liaison post fitted with a vacuum (green) 3 directional strand in the axis of the position of one pillar. |
Project in Poland financed by DG Regio |
Statements
1,058,358.46 zloty
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1,329,135.58 zloty
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79.63 percent
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10 June 2016
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31 December 2018
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ZAKŁAD PRODUKCJI URZĄDZEŃ OŚWIETLENIOWYCH I ELEKTRYCZNYCH ELGIS-GARBATKA SP. Z O. O.
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51°29'36.2"N, 21°37'54.5"E
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Inwestycja realizowana przez ELGIS 0-GARBATKA wiąże się z rozwojem już prowadzonej działalności poprzez wprowadzenie na rynek nowego produktu . Wnioskodawca przeprowadzi prace badawczo-rozwojowe polegające na opracowaniu nowego produktu - stanowiska rozłącznikowego średniego napięcia wyposażonego w rozłącznik próżniowy (ekologiczny) 3 kierunkowy posadowiony w osi stanowiska jedno słupowego. Stanowisko będzie wyposażone w zestaw konstrukcji do zamontowania rozłącznika na słupie, zestaw konstrukcji, łącznie z przekładnikiem napięciowym do zasilania systemu elektroniki zabezpieczeniowej w zakresie zwarć międzyfazowych i zwarć kierunkowych, przekładnikami prądowymi w każdej fazie w klasie 0,1 Stanowisko będzie przystosowane do rozłączania linii napowietrznych SN w trzech kierunkach, z izolacją torów prądowych na każdym z trzech kierunków w jednej obudowie. Izolacja poszczególnych torów prądowych próżniowa. Izolacja rozłącznika w każdym z trzech kierunków-powietrzna. W celu uzyskania odpowiedniej dla normy rozłącznikowej parametrów izolacyjnych zostaną zastosowane dwa dodatkowe elementy izolacyjne dotychczas nie stosowane w rozwiązaniach podobnych funkcjonalnie urządzeń. W wyniku projektu planuje się wprowadzenie następujących zmian do rozwiązań stosowanych tj: 1.wprowadzenie komór rozłącznikowych w obszar izolatora przepustowego 2.zastosowanie dodatkowej izolacji wewnątrz obudowy łącznika 3.montaż łącznika centralnie na stanowisku słupowym (wokół słupa) 4.innowacyjny sposób podłączenia linii elektroenergetycznych do stanowiska 5.zastosowanie obudowy łącznika z izolacyjnego tworzywa sztucznego (żywice epoksydowe) 6.zastosowanie izolacji powietrznej bez innych izolacji gazowych Dodatkowym elementem innowacyjnym zastosowanym w urządzeniu jest napęd elektro magnetyczny odpowiadający za czynności łączeniowe rozłącznika, wynikające z jego charakterystyki łączeniowej. Powstanie aparat, który zastąpi 3 urządzenia i wypełni ich dotychczasowe funkcje. (Polish)
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The investment carried out by ELGIS 0-Garbatka is linked to the development of existing activities through the introduction of a new product. The applicant will carry out research and development work on the development of a new product – a medium voltage disconnector station equipped with a vacuum disconnector (ecological) 3 directional positioned in the axis of one column. The station will be equipped with a set of structures for mounting the disconnector on the pole, a set of structures, including a voltage converter for supplying the safety electronics system in the range of interphase short circuits and directional short circuits, with current transmitters in each phase in class 0,1 The position will be suitable for disconnecting overhead lines SN in three directions, with current track insulation on each of three directions in one housing. Isolation of individual current paths vacuum. Disconnector isolation in each of the three air-to-air directions. In order to obtain disconnector insulation parameters suitable for the standard, two additional insulating elements will be used so far not used in similar functional solutions. As a result of the project, the following changes are planned to apply, i.e.: 1.Introduction of disconnection chambers into the area of the insulator 2.Application of additional insulation inside the connector housing 3.Assembly of the connector centrally on the post (around the column) 4.Innovative way of connecting the power lines to the stand 5.Application of the housing of the adaptor connector from insulating plastic (epoxide resins) 6.Application of air insulation without other gas insulation is the additional element of the magnetic connection used in the innovative part of the insulating device. A camera will be created to replace 3 devices and fulfill their existing functions. (English)
17 October 2020
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Identifiers
RPMA.01.02.00-14-5791/16
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