Electric Power Sourcing of Wireless Repository Monitoring Sensors

Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsProfessional

Abstract

This presentation gives an overview of the research activities carried out in Modern2020 Task 3.3 (Alternative power supply sources). The research has addressed three alternative cable-free power sourcing technologies for nuclear repository environment: thermal energy harvesting, wireless energy transfer and nuclear batteries. The applicability of these power sourcing technologies can be improved by an interim energy storage, the technology alternatives of which have also been investigated. Applied research methods have been technology reviews based on available material, theoretical performance analyses and simulations, laboratory pilots and field pilots in an environment that partly represents the final nuclear repository. The results indicate that all the three alternative power sourcing technologies are relevant for powering wireless repository monitoring sensors. Their comparison also indicated clear differences in their applicability in various repository environments. In the design of the interim energy storage, some features of the existing energy storage technologies such as the self-discharge and the lifetime should be assessed case by case. Forthcoming energy storage technologies are expected to enable better interim energy storage solutions than the existing technologies. The follow-on steps of the research should be targeted to the further development, demonstration and verification of the powering subsystem as a part of more complete wireless sensor units (WSUs) and repository monitoring sensor systems. A detailed description of the methods,
results and conclusions of the research can be found in the Modern2020 deliverable D3.3.
Original languageEnglish
Title of host publicationModern2020 Final Conference Proceedings
Subtitle of host publicationDeliverable n° 6.3
PublisherEuropean Commission EC
Pages133-144
Number of pages12
Publication statusPublished - 2019
MoE publication typeD3 Professional conference proceedings
Event2nd International Conference on Monitoring in Geological Disposal of Radioactive Waste - Paris, France
Duration: 9 Apr 201911 Apr 2019

Conference

Conference2nd International Conference on Monitoring in Geological Disposal of Radioactive Waste
CountryFrance
CityParis
Period9/04/1911/04/19

Fingerprint

Energy storage
Monitoring
Sensors
Nuclear batteries
Energy harvesting
Thermal energy
Energy transfer
Cables
Demonstrations

Cite this

Strömmer, E. (2019). Electric Power Sourcing of Wireless Repository Monitoring Sensors. In Modern2020 Final Conference Proceedings: Deliverable n° 6.3 (pp. 133-144). European Commission EC.
Strömmer, Esko. / Electric Power Sourcing of Wireless Repository Monitoring Sensors. Modern2020 Final Conference Proceedings: Deliverable n° 6.3. European Commission EC, 2019. pp. 133-144
@inproceedings{408a1e326127492886fced7aadcb54f4,
title = "Electric Power Sourcing of Wireless Repository Monitoring Sensors",
abstract = "This presentation gives an overview of the research activities carried out in Modern2020 Task 3.3 (Alternative power supply sources). The research has addressed three alternative cable-free power sourcing technologies for nuclear repository environment: thermal energy harvesting, wireless energy transfer and nuclear batteries. The applicability of these power sourcing technologies can be improved by an interim energy storage, the technology alternatives of which have also been investigated. Applied research methods have been technology reviews based on available material, theoretical performance analyses and simulations, laboratory pilots and field pilots in an environment that partly represents the final nuclear repository. The results indicate that all the three alternative power sourcing technologies are relevant for powering wireless repository monitoring sensors. Their comparison also indicated clear differences in their applicability in various repository environments. In the design of the interim energy storage, some features of the existing energy storage technologies such as the self-discharge and the lifetime should be assessed case by case. Forthcoming energy storage technologies are expected to enable better interim energy storage solutions than the existing technologies. The follow-on steps of the research should be targeted to the further development, demonstration and verification of the powering subsystem as a part of more complete wireless sensor units (WSUs) and repository monitoring sensor systems. A detailed description of the methods,results and conclusions of the research can be found in the Modern2020 deliverable D3.3.",
author = "Esko Str{\"o}mmer",
note = "No ISBN/ISSN",
year = "2019",
language = "English",
pages = "133--144",
booktitle = "Modern2020 Final Conference Proceedings",
publisher = "European Commission EC",
address = "Belgium",

}

Strömmer, E 2019, Electric Power Sourcing of Wireless Repository Monitoring Sensors. in Modern2020 Final Conference Proceedings: Deliverable n° 6.3. European Commission EC, pp. 133-144, 2nd International Conference on Monitoring in Geological Disposal of Radioactive Waste, Paris, France, 9/04/19.

Electric Power Sourcing of Wireless Repository Monitoring Sensors. / Strömmer, Esko.

Modern2020 Final Conference Proceedings: Deliverable n° 6.3. European Commission EC, 2019. p. 133-144.

Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsProfessional

TY - GEN

T1 - Electric Power Sourcing of Wireless Repository Monitoring Sensors

AU - Strömmer, Esko

N1 - No ISBN/ISSN

PY - 2019

Y1 - 2019

N2 - This presentation gives an overview of the research activities carried out in Modern2020 Task 3.3 (Alternative power supply sources). The research has addressed three alternative cable-free power sourcing technologies for nuclear repository environment: thermal energy harvesting, wireless energy transfer and nuclear batteries. The applicability of these power sourcing technologies can be improved by an interim energy storage, the technology alternatives of which have also been investigated. Applied research methods have been technology reviews based on available material, theoretical performance analyses and simulations, laboratory pilots and field pilots in an environment that partly represents the final nuclear repository. The results indicate that all the three alternative power sourcing technologies are relevant for powering wireless repository monitoring sensors. Their comparison also indicated clear differences in their applicability in various repository environments. In the design of the interim energy storage, some features of the existing energy storage technologies such as the self-discharge and the lifetime should be assessed case by case. Forthcoming energy storage technologies are expected to enable better interim energy storage solutions than the existing technologies. The follow-on steps of the research should be targeted to the further development, demonstration and verification of the powering subsystem as a part of more complete wireless sensor units (WSUs) and repository monitoring sensor systems. A detailed description of the methods,results and conclusions of the research can be found in the Modern2020 deliverable D3.3.

AB - This presentation gives an overview of the research activities carried out in Modern2020 Task 3.3 (Alternative power supply sources). The research has addressed three alternative cable-free power sourcing technologies for nuclear repository environment: thermal energy harvesting, wireless energy transfer and nuclear batteries. The applicability of these power sourcing technologies can be improved by an interim energy storage, the technology alternatives of which have also been investigated. Applied research methods have been technology reviews based on available material, theoretical performance analyses and simulations, laboratory pilots and field pilots in an environment that partly represents the final nuclear repository. The results indicate that all the three alternative power sourcing technologies are relevant for powering wireless repository monitoring sensors. Their comparison also indicated clear differences in their applicability in various repository environments. In the design of the interim energy storage, some features of the existing energy storage technologies such as the self-discharge and the lifetime should be assessed case by case. Forthcoming energy storage technologies are expected to enable better interim energy storage solutions than the existing technologies. The follow-on steps of the research should be targeted to the further development, demonstration and verification of the powering subsystem as a part of more complete wireless sensor units (WSUs) and repository monitoring sensor systems. A detailed description of the methods,results and conclusions of the research can be found in the Modern2020 deliverable D3.3.

UR - http://www.modern2020.eu/fileadmin/Final_Conference/Presentations/Day_2/Session_6/2_Modern2020_Slides_Power-Supply_20190408.pdf

M3 - Conference article in proceedings

SP - 133

EP - 144

BT - Modern2020 Final Conference Proceedings

PB - European Commission EC

ER -

Strömmer E. Electric Power Sourcing of Wireless Repository Monitoring Sensors. In Modern2020 Final Conference Proceedings: Deliverable n° 6.3. European Commission EC. 2019. p. 133-144