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Banca dati Ricerca energetica

Troverete i progetti di ricerca completati prima del 31.12.2016 nella banca dati online Ricerca energetica, mentre i progetti di ricerca più recenti sono consultabili nella banca dati online ARAMIS.

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 La ricerca ha trovato esattamente un risultato.:

Numero della pubblicazione: 291108
Titolo della pubblicazione: Technologieentwicklung eines anwenderfreundlichen TEG-basierten U-Wert Messgerätes; Identifizierung und Evaluierung bisheriger und neuer Anwendungsbereiche für thermoelektrische Generatoren (TEGs) - Schlussbericht (Technologieentwicklung eines anwenderfreundlichen TEG-basierten U-Wert Messgerätes; Identifizierung und Evaluierung bisheriger und neuer Anwendungsbereiche für thermoelektrische Generatoren (TEGs) - Schlussbericht )
Programma: Energia negli edifici
Progetto: 501187 - Entwicklung eines anwenderfreundlichen U-Wert Messgeräts
Visualizzare tutte le pubblicazioni per questo progetto.     Descrizione progetto ARAMIS
Data di pubblicazione: 30.11.2015
Contraente: greenTEG AG | Technoparkstrasse 1 | 8005 Zürich
Autori: Dr. Holger Hendrichs | greenTEG AG | hendrichs@greenteg.com
Documenti disponibili: 000000291108 ( de, 3712 kb )
Estratto: During the project the underlying technology of the U-value device was further developed and a concept for a new device was developed. Several parts of the current device and the technology got optimized in regards to its robustness, user-friendliness, etc. Based on own research and user feedback, we could develop a specification concept on which we will now further develop an enhanced measurement device. According to that, the new device will enable the user to do simultaneous measurements at multiple spots and this wireless.
Additional application fields of TEGs were found inside and outside of the building sector. For example, TEGs can measure the mode of action of phase-change-materials (PCM). For instance, these materials are used within new building elements/systems (i.e. glass façade systems) and are constantly getting further developed in research laboratories. Furthermore, we showed that with our TEG technology it is possible to determine the inner temperature of a battery by measuring the heat flux. Hence conclusions can be drawn regarding the lifetime or the state of health of the battery.

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