Q3213431 (Q3213431): Difference between revisions

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Property / coordinate location
 
43°32'42.14"N, 5°39'45.50"W
Latitude43.5450394
Longitude-5.6626443
Precision1.0E-5
Globehttp://www.wikidata.org/entity/Q2
Property / coordinate location: 43°32'42.14"N, 5°39'45.50"W / rank
 
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Revision as of 15:58, 10 October 2021

Project Q3213431 in Spain
Language Label Description Also known as
English
No label defined
Project Q3213431 in Spain

    Statements

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    1,306,951.2 Euro
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    1,633,689.0 Euro
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    80.0 percent
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    22 April 2014
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    31 December 2015
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    TSK ELECTRONICA Y ELECTRICIDAD, S.A.
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    43°32'42.14"N, 5°39'45.50"W
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    33024
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    El proyecto HAVANDYS tiene por objetivo general el desarrollo de herramientas avanzadas que simplifiquen y automaticen el análisis técnico y económico necesario en la fase de diseño de una Planta Termosolar, reduciendo el consumos de recursos y aportando mayor fiabilidad. Asimismo, el desarrollo de las herramientas previstas, facilitará la verificación y gestión de las plantas una vez construidas._x000D_ Con el proyecto HAVANDYS, TSK pretende dar un paso más allá de los resultados obtenidos en SOLARSIM, abarcando ahora la automatización del proceso de diseño en condiciones nominales (campo solar y BOP) y la simulación del bloque de potencia integrándolo dentro del mismo software desarrollado por la empresa en SOLARSIM, en lugar de partir del cálculo analítico tradicional del diseño y la simulación externa del bloque de potencia. (Spanish)
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    The main objective of the HAVANDYS project is the development of advanced tools that simplify and automate the technical and economic analysis required in the design phase of a Solar Thermal Plant, reducing the consumption of resources and providing greater reliability. Likewise, the development of the planned tools will facilitate the verification and management of the plants once they have been built._x000D_ _x000D_ With the HAVANDYS project, TSK seeks to take a step beyond the results obtained in SOLARSIM, now covering the automation of the design process in nominal conditions (solar field and BOP) and simulation of the power block, integrating it within the same software developed by the company in SOLARSIM, instead of starting from the traditional analytical calculation of the design and the external simulation of the power block. (English)
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    Gijón
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    Identifiers

    IDE/2014/000102
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