Development and implementation of new, numerical and measurement modelling and simulation methods for machinery and equipment in order to improve the availability of critical equipment and improve the efficiency of the advanced Distributed Edge Computing and Connected Cherry technology (Q80228): Difference between revisions
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(Removed claim: summary (P836): The primary objective of the project is to design a universal modelling and simulation (prediction) platform of the technical state of industrial equipment in order to improve the process of energy generation efficiency.This will be a direct response to the problem of significant energy losses in industrial critical appliances and energy losses occurring at the energy production stage.The final result of this project will be a complete modelli...) |
(Created claim: summary (P836): The primary objective of the project is to design a universal platform for modelling and simulation (predition) of the technical condition of industrial equipment in order to improve the efficiency of energy generation. This solution will provide a direct response to the problem of significant energy losses in industrial critical power generation equipment and energy losses arising at the energy production stage. The final result of this project...) |
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The primary objective of the project is to design a universal platform for modelling and simulation (predition) of the technical condition of industrial equipment in order to improve the efficiency of energy generation. This solution will provide a direct response to the problem of significant energy losses in industrial critical power generation equipment and energy losses arising at the energy production stage. The final result of this project will be a complete modeling and simulation environment using advanced technology Distributed Edge Computing and Hybrid Cloud for data processing and management of prepared models in a real industrial environment dedicated in particular to machines used in the energy industry The target group of customers will include power generation plants (electric and CHP) as well as industrial plants producing energy for own use (sugar plants, food processing plants, chemical plants). After completing the research work and achieving the goals planned in the project, Elmodis plans to submit the results of the research work for patent protection and to implement the results of the project (service) in its business activity, first on the Polish market, and in the next step it will be planned to start sales abroad (especially in the European Union and the USA). (English) | |||||||||||||||
| Property / summary: The primary objective of the project is to design a universal platform for modelling and simulation (predition) of the technical condition of industrial equipment in order to improve the efficiency of energy generation. This solution will provide a direct response to the problem of significant energy losses in industrial critical power generation equipment and energy losses arising at the energy production stage. The final result of this project will be a complete modeling and simulation environment using advanced technology Distributed Edge Computing and Hybrid Cloud for data processing and management of prepared models in a real industrial environment dedicated in particular to machines used in the energy industry The target group of customers will include power generation plants (electric and CHP) as well as industrial plants producing energy for own use (sugar plants, food processing plants, chemical plants). After completing the research work and achieving the goals planned in the project, Elmodis plans to submit the results of the research work for patent protection and to implement the results of the project (service) in its business activity, first on the Polish market, and in the next step it will be planned to start sales abroad (especially in the European Union and the USA). (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The primary objective of the project is to design a universal platform for modelling and simulation (predition) of the technical condition of industrial equipment in order to improve the efficiency of energy generation. This solution will provide a direct response to the problem of significant energy losses in industrial critical power generation equipment and energy losses arising at the energy production stage. The final result of this project will be a complete modeling and simulation environment using advanced technology Distributed Edge Computing and Hybrid Cloud for data processing and management of prepared models in a real industrial environment dedicated in particular to machines used in the energy industry The target group of customers will include power generation plants (electric and CHP) as well as industrial plants producing energy for own use (sugar plants, food processing plants, chemical plants). After completing the research work and achieving the goals planned in the project, Elmodis plans to submit the results of the research work for patent protection and to implement the results of the project (service) in its business activity, first on the Polish market, and in the next step it will be planned to start sales abroad (especially in the European Union and the USA). (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 11:44, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development and implementation of new, numerical and measurement modelling and simulation methods for machinery and equipment in order to improve the availability of critical equipment and improve the efficiency of the advanced Distributed Edge Computing and Connected Cherry technology |
Project in Poland financed by DG Regio |
Statements
Q2524466 (Deleted Item)
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3,624,317.16 zloty
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5,059,006.89 zloty
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71.64 percent
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1 June 2017
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31 July 2019
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ELMODIS SP. Z O.O.
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49°47'27.6"N, 20°22'45.8"E
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Podstawowym celem projektu jest zaprojektowanie uniwersalnej platformy modelowania i symulacji (predykcji) stanu technicznego urządzeń przemysłowych w celu poprawy procesu efektywności wytwarzania energii. Rozwiązanie to stanowić będzie bezpośrednią odpowiedź na problem występowania znacznych strat energetycznych w przemysłowych urządzeniach krytycznych procesu wytwarzania energii oraz strat energetycznych powstających na etapie produkcji energii. Finalnym rezultatem przedmiotowego projektu będzie kompletne środowisko modelowania i symulacji wykorzystujące zaawansowaną technologię Distributed Edge Computing oraz Chmury Hybrydowej dla potrzeb przetwarzania danych i zarządzania przygotowanymi modelami w rzeczywistym środowisku przemysłowym dedykowane w szczególności dla maszyn wykorzystywanych w przemyśle energetycznym Do grupy docelowej odbiorców należeć będą zakłady wytwarzania energii (elektrownie i elektrociepłownie), jak również zakłady przemysłowe produkujące energię na potrzeby własne (cukrownie, zakłady przetwórstwa spożywczego, zakłady chemiczne, petrochemiczne i gazowe). Po zrealizowaniu prac badawczych i osiągnięciu zaplanowanych w projekcie celów firma Elmodis planuje zgłoszenie wyników prac badawczych do ochrony patentowej oraz wdrożenie rezultatów projektu (usługi) w swojej działalności gospodarczej, najpierw na polskim rynku, a w następnej kolejności planowane będzie rozpoczęcie sprzedaży poza granicami kraju (przede wszystkim w krajach Unii Europejskiej oraz w USA). (Polish)
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The primary objective of the project is to design a universal platform for modelling and simulation (predition) of the technical condition of industrial equipment in order to improve the efficiency of energy generation. This solution will provide a direct response to the problem of significant energy losses in industrial critical power generation equipment and energy losses arising at the energy production stage. The final result of this project will be a complete modeling and simulation environment using advanced technology Distributed Edge Computing and Hybrid Cloud for data processing and management of prepared models in a real industrial environment dedicated in particular to machines used in the energy industry The target group of customers will include power generation plants (electric and CHP) as well as industrial plants producing energy for own use (sugar plants, food processing plants, chemical plants). After completing the research work and achieving the goals planned in the project, Elmodis plans to submit the results of the research work for patent protection and to implement the results of the project (service) in its business activity, first on the Polish market, and in the next step it will be planned to start sales abroad (especially in the European Union and the USA). (English)
14 October 2020
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Identifiers
POIR.01.02.00-00-0317/16
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