Q3304197 (Q3304197): Difference between revisions
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(Changed label, description and/or aliases in en: Setting new description) |
(Created claim: summary (P836): The project Enervator will investigate the integrated control and connection of electrical and thermal loads, stationary and mobile electricity storage systems as well as local electricity and heat generation in the district power plant “Am Mainblick” in the residential area #Am Mainblick# in Kelsterbach. It is planned to integrate up to 60 households of the residential area into the supply concept through active control based on intelligent for...) |
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The project Enervator will investigate the integrated control and connection of electrical and thermal loads, stationary and mobile electricity storage systems as well as local electricity and heat generation in the district power plant “Am Mainblick” in the residential area #Am Mainblick# in Kelsterbach. It is planned to integrate up to 60 households of the residential area into the supply concept through active control based on intelligent forecasts. The latest generation digital power meters are installed in households for data collection and control of loads. In addition, these households are equipped with a smart home system to enable the control of various devices. In addition to the stationary power storage system, an e-carsharing concept will be integrated into the overall system in order to be able to use the flexibility of mobile battery storage systems for electric vehicles in the future. As part of accompanying scientific research, the applicability of innovative technologies is to be analysed and customer interaction with regard to consumer control and data collection is to be evaluated socially. (English) | |||||||||||||||
| Property / summary: The project Enervator will investigate the integrated control and connection of electrical and thermal loads, stationary and mobile electricity storage systems as well as local electricity and heat generation in the district power plant “Am Mainblick” in the residential area #Am Mainblick# in Kelsterbach. It is planned to integrate up to 60 households of the residential area into the supply concept through active control based on intelligent forecasts. The latest generation digital power meters are installed in households for data collection and control of loads. In addition, these households are equipped with a smart home system to enable the control of various devices. In addition to the stationary power storage system, an e-carsharing concept will be integrated into the overall system in order to be able to use the flexibility of mobile battery storage systems for electric vehicles in the future. As part of accompanying scientific research, the applicability of innovative technologies is to be analysed and customer interaction with regard to consumer control and data collection is to be evaluated socially. (English) / rank | |||||||||||||||
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| Property / summary: The project Enervator will investigate the integrated control and connection of electrical and thermal loads, stationary and mobile electricity storage systems as well as local electricity and heat generation in the district power plant “Am Mainblick” in the residential area #Am Mainblick# in Kelsterbach. It is planned to integrate up to 60 households of the residential area into the supply concept through active control based on intelligent forecasts. The latest generation digital power meters are installed in households for data collection and control of loads. In addition, these households are equipped with a smart home system to enable the control of various devices. In addition to the stationary power storage system, an e-carsharing concept will be integrated into the overall system in order to be able to use the flexibility of mobile battery storage systems for electric vehicles in the future. As part of accompanying scientific research, the applicability of innovative technologies is to be analysed and customer interaction with regard to consumer control and data collection is to be evaluated socially. (English) / qualifier | |||||||||||||||
point in time: 24 October 2021
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Revision as of 17:44, 24 October 2021
Project Q3304197 in Germany
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3304197 in Germany |
Statements
507,035.79 Euro
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16 November 2016
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15 December 2020
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Süwag Grüne Energien und Wasser GmbH
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65451
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Im Projekt Enervator soll im Wohngebiet #Am Mainblick# in Kelsterbach die integrierte Steuerung und Ver-knüpfung von elektrischen und thermischen Lasten, stationären und mobilen Stromspeichern sowie lokaler Strom- und Wärmeerzeugung im QuartierKraftwerk "Am Mainblick" erforscht werden. Geplant ist, bis zu 60 Haushalte des Wohngebietes durch aktive Steuerung auf Basis intelligenter Prognosen in das Versorgungs-konzept einzubinden. In den Haushalten werden digitale Stromzähler der neuesten Generation zur Daten-erfassung und Steuerung von Lasten eingebaut. Darüber hinaus werden diese Haushalte mit einem Smart Home System ausgestattet, um die Ansteuerung verschiedener Geräte zu ermöglichen. Weiter wird neben dem stationären Stromspeicher ein E-Carsharing Konzept in das Gesamtsystem integriert, um zukünftig die Flexibilität mobiler Batteriespeicher von E-Fahrzeugen nutzen zu können. Im Rahmen einer wissenschaft-lichen Begleitforschung soll die Anwendbarkeit innovativer Technologien analysiert sowie die Kundeninteraktion hinsichtlich Verbrauchersteuerung und Datenerfassung sozialwissenschaftlich ausgewertet werden. (German)
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The project Enervator will investigate the integrated control and connection of electrical and thermal loads, stationary and mobile electricity storage systems as well as local electricity and heat generation in the district power plant “Am Mainblick” in the residential area #Am Mainblick# in Kelsterbach. It is planned to integrate up to 60 households of the residential area into the supply concept through active control based on intelligent forecasts. The latest generation digital power meters are installed in households for data collection and control of loads. In addition, these households are equipped with a smart home system to enable the control of various devices. In addition to the stationary power storage system, an e-carsharing concept will be integrated into the overall system in order to be able to use the flexibility of mobile battery storage systems for electric vehicles in the future. As part of accompanying scientific research, the applicability of innovative technologies is to be analysed and customer interaction with regard to consumer control and data collection is to be evaluated socially. (English)
24 October 2021
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Identifiers
DE_TEMPORARY_6979
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