Development of an innovative and universal system for the provision of secure staple lines of the Supreme Court (Q122710): Difference between revisions
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(Removed claim: summary (P836): The project consists of experimental development leading to the development of a system for differential securing of the Supreme Court line based on a new security algorithm and an appropriate protocol for the exchange of measurement data between the devices. The essence of the project is the acquisition of a universal tool for energy relays and digital security teams, which will allow for the possibility to perform the differential security f...) |
(Created claim: summary (P836): The project consists of carrying out experimental development work leading to the development of a system implementing differential segment protection of SN lines based on a new security algorithm and an appropriate protocol for the exchange of measurement data between devices. The essence of the project is to obtain a universal tool for power relays and digital security assemblies, which will give the possibility to perform differential protect...) |
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| Property / summary | |||||||||||||||
The project consists of carrying out experimental development work leading to the development of a system implementing differential segment protection of SN lines based on a new security algorithm and an appropriate protocol for the exchange of measurement data between devices. The essence of the project is to obtain a universal tool for power relays and digital security assemblies, which will give the possibility to perform differential protection functions in a flexible manner, i.e. by collating different devices as semi-sets at all ends of the line. The design system will respond to the needs of the market and in relation to the current solutions will provide better possibilities of matching the security automation system to the requirements of the facility and reduce investment costs on the client side. The works will include the design and execution of prototypes, the development and implementation of the algorithm and the model of communication between devices. (English) | |||||||||||||||
| Property / summary: The project consists of carrying out experimental development work leading to the development of a system implementing differential segment protection of SN lines based on a new security algorithm and an appropriate protocol for the exchange of measurement data between devices. The essence of the project is to obtain a universal tool for power relays and digital security assemblies, which will give the possibility to perform differential protection functions in a flexible manner, i.e. by collating different devices as semi-sets at all ends of the line. The design system will respond to the needs of the market and in relation to the current solutions will provide better possibilities of matching the security automation system to the requirements of the facility and reduce investment costs on the client side. The works will include the design and execution of prototypes, the development and implementation of the algorithm and the model of communication between devices. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The project consists of carrying out experimental development work leading to the development of a system implementing differential segment protection of SN lines based on a new security algorithm and an appropriate protocol for the exchange of measurement data between devices. The essence of the project is to obtain a universal tool for power relays and digital security assemblies, which will give the possibility to perform differential protection functions in a flexible manner, i.e. by collating different devices as semi-sets at all ends of the line. The design system will respond to the needs of the market and in relation to the current solutions will provide better possibilities of matching the security automation system to the requirements of the facility and reduce investment costs on the client side. The works will include the design and execution of prototypes, the development and implementation of the algorithm and the model of communication between devices. (English) / qualifier | |||||||||||||||
point in time: 21 October 2020
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Revision as of 10:09, 21 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of an innovative and universal system for the provision of secure staple lines of the Supreme Court |
Project in Poland financed by DG Regio |
Statements
606,571.31 zloty
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1,516,428.48 zloty
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40.0 percent
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1 April 2018
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31 March 2020
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ZEG-ENERGETYKA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
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Projekt polega na przeprowadzeniu eksperymentalnych prac rozwojowych prowadzących do opracowania systemu realizującego różnicowe zabezpieczenie odcinkowe linii SN w oparciu o nowy algorytm zabezpieczeniowy oraz odpowiedni protokół wymiany danych pomiarowych między urządzeniami. Istotą projektu jest uzyskanie narzędzia uniwersalnego dla przekaźników elektroenergetycznych i cyfrowych zespołów zabezpieczeniowych, co da możliwość realizacji funkcji zabezpieczenia różnicowego w sposób elastyczny, tj. przez zestawianie różnych urządzeń jako półkompletów na wszystkich końcach linii. Projektowany system będzie odpowiadał na potrzeby zgłaszane przez rynek i w stosunku do obecnych rozwiązań zapewni lepsze możliwości dopasowania układu automatyki zabezpieczeniowej do wymagań obiektu oraz zmniejszenie kosztów inwestycyjnych po stronie klienta. Prace będą obejmowały zaprojektowanie i wykonanie prototypów, opracowanie i implementację algorytmu oraz modelu komunikacji pomiędzy urządzeniami. (Polish)
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The project consists of carrying out experimental development work leading to the development of a system implementing differential segment protection of SN lines based on a new security algorithm and an appropriate protocol for the exchange of measurement data between devices. The essence of the project is to obtain a universal tool for power relays and digital security assemblies, which will give the possibility to perform differential protection functions in a flexible manner, i.e. by collating different devices as semi-sets at all ends of the line. The design system will respond to the needs of the market and in relation to the current solutions will provide better possibilities of matching the security automation system to the requirements of the facility and reduce investment costs on the client side. The works will include the design and execution of prototypes, the development and implementation of the algorithm and the model of communication between devices. (English)
21 October 2020
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Identifiers
RPSL.01.02.00-24-0540/17
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