Innovative poles of electricity line 110 kV (Q107895): Difference between revisions
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(Removed claim: summary (P836): The project concerns the conduct of industrial research and development which will result in the development of a new type of post to be applied to the high-voltage electricity grid 110 kV. High voltage poles, however, are available on the market, but with lower parameters. The innovative pole will be characterised by a 8 % reduction in mass, an increase of 5 % in the rigid turn of the service and the services provided using it will save 15 %...) |
(Created claim: summary (P836): The project concerns carrying out industrial research and development work, which will result in a new type of pole, which will be used in high voltage power grids of 110 kV. High-voltage poles are available on the market, however, with lower performance. The innovative column will be characterised by a reduced weight of 8 %, increased by 5 % torsion stiffness and the services performed with its use will save 15 % of installation work hours. Pol...) |
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The project concerns carrying out industrial research and development work, which will result in a new type of pole, which will be used in high voltage power grids of 110 kV. High-voltage poles are available on the market, however, with lower performance. The innovative column will be characterised by a reduced weight of 8 %, increased by 5 % torsion stiffness and the services performed with its use will save 15 % of installation work hours. Poles with such parameters are not available on the Polish market, which means that the product innovation developed within the project will be national. The project will be carried out by a 6-person Project Team in Warsaw for a period of 24 months. Main research stages: 1 Development of silhouettes of columns, Reed.2 Study study of new column sizes in a simulation environment reflecting different terrain conditions, Fig.3 Structural-strength tests (models) of the new profiles of columns, Fig.4 Development of the original designs of designs, for optimisation and introduction of innovative solutions in the field of automatic verification of the loadability of the elements and their connections in the construction of the columns. The results of the project will be implemented in ENPROM and customers of services implemented using innovative solutions will be mainly state-owned electricity companies, managing energy transmission, both domestic and foreign. (English) | |||||||||||||||
| Property / summary: The project concerns carrying out industrial research and development work, which will result in a new type of pole, which will be used in high voltage power grids of 110 kV. High-voltage poles are available on the market, however, with lower performance. The innovative column will be characterised by a reduced weight of 8 %, increased by 5 % torsion stiffness and the services performed with its use will save 15 % of installation work hours. Poles with such parameters are not available on the Polish market, which means that the product innovation developed within the project will be national. The project will be carried out by a 6-person Project Team in Warsaw for a period of 24 months. Main research stages: 1 Development of silhouettes of columns, Reed.2 Study study of new column sizes in a simulation environment reflecting different terrain conditions, Fig.3 Structural-strength tests (models) of the new profiles of columns, Fig.4 Development of the original designs of designs, for optimisation and introduction of innovative solutions in the field of automatic verification of the loadability of the elements and their connections in the construction of the columns. The results of the project will be implemented in ENPROM and customers of services implemented using innovative solutions will be mainly state-owned electricity companies, managing energy transmission, both domestic and foreign. (English) / rank | |||||||||||||||
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| Property / summary: The project concerns carrying out industrial research and development work, which will result in a new type of pole, which will be used in high voltage power grids of 110 kV. High-voltage poles are available on the market, however, with lower performance. The innovative column will be characterised by a reduced weight of 8 %, increased by 5 % torsion stiffness and the services performed with its use will save 15 % of installation work hours. Poles with such parameters are not available on the Polish market, which means that the product innovation developed within the project will be national. The project will be carried out by a 6-person Project Team in Warsaw for a period of 24 months. Main research stages: 1 Development of silhouettes of columns, Reed.2 Study study of new column sizes in a simulation environment reflecting different terrain conditions, Fig.3 Structural-strength tests (models) of the new profiles of columns, Fig.4 Development of the original designs of designs, for optimisation and introduction of innovative solutions in the field of automatic verification of the loadability of the elements and their connections in the construction of the columns. The results of the project will be implemented in ENPROM and customers of services implemented using innovative solutions will be mainly state-owned electricity companies, managing energy transmission, both domestic and foreign. (English) / qualifier | |||||||||||||||
point in time: 17 October 2020
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Revision as of 17:15, 17 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Innovative poles of electricity line 110 kV |
Project in Poland financed by DG Regio |
Statements
1,507,864.75 zloty
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2,818,446.36 zloty
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53.5 percent
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1 March 2017
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30 September 2018
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ENPROM SPÓŁKA Z OGRANICZONA ODPOWIEDZIALNOŚCIĄ
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52°14'1.3"N, 21°4'17.0"E
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Projekt dotyczy przeprowadzenia badań przemysłowych i prac rozwojowych, w wyniku których opracowany zostanie nowy rodzaj słupa, który znajdzie zastosowanie w sieciach elektroenergetycznych wysokiego napięcia 110kV. Na rynku dostępne są słupy wysokiego napięcia niemniej jednak posiadające gorsze parametry. Nowatorski słup będzie charakteryzował się zmniejszoną o 8% masą, zwiększoną o 5% sztywnością skrętną a usługi wykonywane z jego wykorzystaniem pozwolą oszczędzić 15% roboczogodzin montażowych. Słupy o takich parametrach nie są dostępne na rynku polskim, co oznacza, iż opracowana w ramach projektu innowacja produktowa, będzie miała zasięg krajowy. Projekt realizować będzie 6-cio osobowy Zespół Projektowy w Warszawie przez okres 24 miesięcy. Główne etapy badawcze: Zad.1 Opracowanie sylwetek typoszeregów słupów, Zad.2 Badanie studyjne nowych typoszeregów słupów w środowisku symulacyjnym odzwierciedlającym różne warunki terenowe, Zad.3 Badania statyczno-wytrzymałościowe (modelowe) nowych sylwetek słupów, Zad.4 Opracowanie autorskich arkuszy obliczeniowych, służących optymalizacji i wprowadzaniu innowacyjnych rozwiązań w zakresie automatycznej weryfikacji nośności elementów i ich połączeń w konstrukcji słupa, Zad.5 Laboratoryjne badania wytrzymałościowe elementów słupa, Zad.6 Optymalizacja i wybór najlepszych rozwiązań - weryfikacja modeli numerycznych, Zad.7 Opracowanie programów badawczych poligonowych prototypów słupów przelotowych i słupów mocnych, Zad.8 Produkcja i montaż wytypowanych do badań konstrukcji prototypowych słupów zgodnie z opracowanym programem badawczym, Zad.9 Przeprowadzenie prób poligonowych prototypów słupów, Zad.10 Optymalizacja rozwiązań, zmiany usprawniające i korygujące. Wyniki projektu zostaną wdrożone w spółce ENPROM a odbiorcami usług realizowanych z wykorzystaniem nowatorskiego rozwiązania będą przede wszystkim państwowe przedsiębiorstwa z branży elektroenergetycznej, zarządzające przesyłem energii, zarówno w kraju jak i zagranicą. (Polish)
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The project concerns carrying out industrial research and development work, which will result in a new type of pole, which will be used in high voltage power grids of 110 kV. High-voltage poles are available on the market, however, with lower performance. The innovative column will be characterised by a reduced weight of 8 %, increased by 5 % torsion stiffness and the services performed with its use will save 15 % of installation work hours. Poles with such parameters are not available on the Polish market, which means that the product innovation developed within the project will be national. The project will be carried out by a 6-person Project Team in Warsaw for a period of 24 months. Main research stages: 1 Development of silhouettes of columns, Reed.2 Study study of new column sizes in a simulation environment reflecting different terrain conditions, Fig.3 Structural-strength tests (models) of the new profiles of columns, Fig.4 Development of the original designs of designs, for optimisation and introduction of innovative solutions in the field of automatic verification of the loadability of the elements and their connections in the construction of the columns. The results of the project will be implemented in ENPROM and customers of services implemented using innovative solutions will be mainly state-owned electricity companies, managing energy transmission, both domestic and foreign. (English)
17 October 2020
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Identifiers
RPMA.01.02.00-14-5672/16
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