2024
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1. |
Clauß, John. Examples of data-driven services in a smart building. Final online workshop: Flexible and smart energy systems to decarbonise buildings; 2024-03-13 - 2024-03-13 SINTEF
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Clauß, John. The ZEB laboratory as innovation hub for energy flexible buildings. Final online workshop: Flexible and smart energy systems to decarbonise buildings; 2024-03-13 - 2024-03-13 SINTEF
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Clauß, John; Svinndal, Åsmund. Podcast Smart forklart - Datadrevet oppvarming av bygg. Podcast Smart forklart [Internet] 2024-01-18 SINTEF
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Clauss, John. Metering and AI technologies for improved energy use in buildings. Lecture for the M.Sc. program Energy and Environment at University of Zagreb; 2024-01-16 - 2024-01-16 SINTEF
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Clauss, John. Smart buildings, nZEB concept and presentation of nZEB Laboratory. Lecture for M.Sc. program Energy and Environment at University of Zagreb; 2024-01-09 - 2024-01-09 SINTEF
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Homaei, Shabnam; Moschetti, Roberta; Clauß, John. Selection of the most high-performance and robust design for a zero-emission neighbourhood: Case study of Flytårnet area in Norway. Building Simulation Conference Proceedings 2024 ;Volume 18. SINTEF
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Sartori, Igor; Clauß, John. Digital Energy Service Platform - EEA grant project between KOOR and Sintef. FINAL SEMINAR - PUBLIC WORKSHOP: ON THE TOPIC OF THE PROJECT DIGITALISATION OF PROCESSES BY CREATING A DIGITAL ENERGY SERVICE PLATFORM; 2024-03-19 - 2024-03-19 SINTEF
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2023
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8. |
Clauß, John. Flexible and smart energy systems to decarbonise buildings. International conference on smart and sustainable technologies. SpliTech 2023. Workshop; 2023-06-20 - 2023-06-23 SINTEF
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Clauß, John; Caetano, Luis; Skeie, Kristian; Svinndal, Åsmund. Practical challenges towards data-driven applications in buildings: lessons-learned from two real-life case studies. I: 2023 8th International Conference on Smart and Sustainable Technologies - SpliTech. IEEE (Institute of Electrical and Electronics Engineers) 2023 ISBN 978-953-290-128-3. p. - SINTEF
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Clauß, John; Caetano, Luis; Skeie, Kristian; Svinndal, Åsmund Bror. Practical challenges towards data-driven applications in buildings: lessons-learned from two real-life case studies. International conference on smart and sustainable technologies. SpliTech 2023; 2023-06-20 - 2023-06-23 SINTEF
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11. |
Clauß, John; Svinndal, Åsmund. Datadrevet oppvarming reduserer energibruken. Norsk VVS [Journal] 2023-01-31 SINTEF
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12. |
Clauß, John; Svinndal, Åsmund; Simonsen, Erlend Kaland. Datadrevet oppvarming - mye å spare for næringsbygg. Kiona blogg [Internet] 2023-02-02 SINTEF
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Clauß, John; Svinndal, Åsmund; Simonsen, Erlend Kaland. Datadrevet oppvarming reduserer energibruken i bygg. Byggeindustrien 2023 SINTEF
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14. |
Clauß, John; Taveres-Cachat, Ellika Rose Renee; Justo Alonso, Maria. Performance evaluation and control scenarios for targeted heat injection and extraction in an existing geothermal borehole field in Norway. Applied Thermal Engineering 2023 ;Volume 236. p. - SINTEF
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15. |
Clauss, John. Databygg - data-driven intelligent building control. EEA Workshop - Digital Energy Service Platform; 2023-06-02 - 2023-06-02 SINTEF
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16. |
Clauss, John. Data-drevet prediktiv styring av energisystemer i bygg. Fagdag energieffektivisering (ENØK) av næringsbygg; 2023-03-15 - 2023-03-15 SINTEF
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17. |
Clauss, John; Svinndal, Åsmund; Simonsen, Erlend Kaland. Datadrevet oppvarming reduserer energibruken i bygg. Byggeindustrien bygg.no 2023 SINTEF
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18. |
Clauss, John; Svinndal, Åsmund; Simonsen, Erlend Kaland. Datadrevet oppvarming reduserer energibruken i bygg. Gemini.no 2023 SINTEF
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19. |
Homaei, Shabnam; Moschetti, Roberta; Clauß, John. Selection of the most high-performance and robust design for a zero-emission neighbourhood: Case study of Flytårnet area in Norway. The 18th International IBPSA Conference and Exhibition. Buildings Simulation 2023 (BS 2023); 2023-09-04 - 2023-09-06 SINTEF
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20. |
Zhelun, Chen; O’Neill, Zheng; Wen, Jinming; Pradhan, Ojas; Yang, Tao; Lu, Xing; Lin, Guanjing; Miyata, Shohei; Lee, Seungjae; Shen, Chou; Chiosa, Roberto; Piscitelli, Marco Savino; Capozzoli, Alfonso; Hengel, Franz; Kührer, Alexander; Pritoni, Marco; Liu, Wei; Clauß, John; Chen, Yimin; Herr, Terry. A review of data-driven fault detection and diagnostics for building HVAC systems. Applied Energy 2023 ;Volume 339. SINTEF
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2022
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21. |
Backe, Stian; Van de Sande Araujo, Felipe; Sartori, Igor; Manrique Delgado, Benjamin; Clauss, John; Georges, Laurent Francis Ghislain; Favero, Matteo. Buildings and heating flexibility. Workshop on Buildings and heating flexibility; 2022-11-04 - 2022-11-04 SINTEF NTNU ENERGISINT
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22. |
Bekele, Yared Worku; Clauß, John. Energy Geostructures. Shallow Geothermal Energy Extraction and Storage. : SINTEF Community 2022 58 p. SINTEF AS (ISBN starter med 978-82-14-)(2021:00446) SINTEF
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23. |
Clauß, John; Svinndal, Åsmund; Simonsen, Erlend Kaland. Datadrevet oppvarming reduserer energibruken i bygg. ntb.no [Internet] 2022-12-19 SINTEF
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24. |
Clauss, John. Energisystemer for bygg og nabolag. FoU-byforum Frokostmøte; 2022-11-02 - 2022-11-02 SINTEF
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25. |
Clauss, John; Caetano, Luis. Practical challenges towards data-driven applications in real-life buildings. Workshop: Buildings and heating flexibility; 2022-11-04 - 2022-11-04 SINTEF
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26. |
Clauss, John; Svinndal, Åsmund; Simonsen, Erlend Kaland. Datadrevet oppvarming reduserer energibruken i bygg. VVSForum.no 2022 SINTEF
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27. |
Clauss, John; Svinndal, Åsmund; Simonsen, Erlend Kaland. Datadrevet oppvarming reduserer energibruken i bygg. Fremtidens Byggenæring (internett) 2022 SINTEF
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28. |
Clauss, John; Svinndal, Åsmund; Simonsen, Erlend Kaland. Samarbeider om smart oppvarming. VVS Aktuelt online 2022 SINTEF
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29. |
Svinndal, Åsmund; Clauß, John; Simonsen, Erlend Kaland. Datadrevet oppvarming reduserer energibruken i bygg. energiaktuelt.no [Internet] 2022-12-19 SINTEF
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30. |
Svinndal, Åsmund; Clauß, John; Simonsen, Erlend Kaland. Datadrevet oppvarming reduserer energibruken i bygg. nyteknikk.no [Internet] 2022-12-26 SINTEF
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31. |
Svinndal, Åsmund; Clauß, John; Simonsen, Erlend Kaland. Datadrevet oppvarming reduserer energibruken i bygg. elektro247.no [Internet] 2022-12-19 SINTEF
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32. |
Svinndal, Åsmund; Clauß, John; Simonsen, Erlend Kaland. Nye algoritmer gir umiddelbare innsparinger på oppvarming. eiendomswatch.no [Internet] 2022-12-20 SINTEF
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2021
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33. |
Clauß, John. Databygg - Predictive rule-based control. Databygg seminar/workshop; 2021-11-04 SINTEF
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34. |
Clauß, John. Datafangst og maskinlæring skal gi bygg som tenker fremover. bygg.no [Internet] 2021-01-18 SINTEF
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35. |
Clauß, John. Fra reaktive til proaktive bygg med datadrevet intelligent styring. Fremtidensbygg.no [Internet] 2021-01-20 SINTEF
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36. |
Clauß, John. Fra reaktive til proaktive bygg med datadrevet intelligent styring. nyteknikk.no [Internet] 2021-01-19 SINTEF
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37. |
Clauß, John. Fra reaktive til proaktive bygg med datadrevet intelligent styring. ntb.no [Internet] 2021-01-18 SINTEF
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38. |
Clauß, John. Fra reaktive til proaktive bygg med datadrevet intelligent styring. VVS aktuelt [Business/trade/industry journal] 2021-01-18 SINTEF
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39. |
Clauß, John. Hvordan datafangst kan utnyttes til dynamisk styring av bygg. itbaktuelt.no [Internet] 2021-01-18 SINTEF
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40. |
Clauß, John. Kalnes Energisentral. NOVAP Webinar; 2021-11-17 SINTEF
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41. |
Clauß, John. Se hvem som har fått innovasjonsstøtte. Computerworld Norge [Business/trade/industry journal] 2021-01-18 SINTEF
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42. |
Clauß, John. Skoler på Vent - Resultater. NEMITEK Webinar; 2021-06-15 SINTEF
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43. |
Clauß, John; Midttømme, Kirsti; Risinggård, Vetle Kjær; Hetland, Sverre. Scandic Flesland Airport. IEA HPT Annex 52 møte; 2021-11-08 - 2021-11-10 SINTEF NORCE
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44. |
Clauß, John; Ruocco, Massimiliano. Databygg-project and how we use machine learning to predict building energy use. Prosjekt Norge Webinar; 2021-11-25 SINTEF NTNU
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45. |
Clauß, John; Svinndal, Åsmund; Simonsen, Erlend. IWMAC, Sintef og DNB Næringseiendom sammen om å optimalisere morgendagens byggdrift. ITB aktuelt 2021 SINTEF
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46. |
Clauß, John; Taveres-Cachat, Ellika Rose Renee. Kalnes - Energy Central. IEA HPT Annex 52 møte; 2021-11-08 - 2021-11-10 SINTEF NTNU
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47. |
Clauß, John; Wågø, Solvår Irene; Gullbrekken, Lars. Schools on hold – how simple measures can help improving the indoor environment in schools. I: Healthy Buildings 2021 – Europe Proceedings of the 17th International Healthy Buildings Conference 21-23 June 2021. SINTEF akademisk forlag 2021 ISBN 978-82-536-1728-2. p. 113-122 SINTEF
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48. |
Clauss, John. A generic methodology to evaluate hourly average CO2eq. intensities of the electricity mix. Seminar/Discussion on Average and Marginal CO2eq emission factors; 2021-02-05 - 2021-02-05 SINTEF
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49. |
Lien, Synne Krekling; Andersen, Kamilla Heimar; Bottolfsen, Hanne Liland; Lolli, Nicola; Sartori, Igor; Sørensen, Åse Lekang; Clauß, John. Energy and Power: Essential Key Performance Indicators for Zero Emission Neighbourhoods. An Analysis og 6 pilot areas. SINTEF akademisk forlag 2021 (ISBN 978-82-536-1726-8) 94 p. ZEN Report(36) SINTEF
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50. |
Svinndal, Åsmund; Clauß, John. Databygg. Construction Coffee; 2021-02-11 SINTEF
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