Anmelden

Open Access

  • Startseite
  • Suchen
  • Browsen
  • Veröffentlichen
  • Hilfe
  • Organisationseinheit der BAM
  • S Qualitätsinfrastruktur

S.4 Ökodesign und Energieverbrauchskennzeichnung

Filtern

Autor*in

  • Palkowski, Carsten (22)
  • Akkerman, Floris (18)
  • Schlegel, Moritz-Caspar (16)
  • Gluth, Gregor (15)
  • Simo, Anne (13)
  • Knieschewski, Arno (10)
  • Sturm, Patrick (6)
  • Brouwers, H.J.H. (5)
  • Hinchliffe, Daniel (5)
  • Harrer, Andrea (4)
+ weitere

Erscheinungsjahr

  • 2020 (9)
  • 2019 (22)
  • 2018 (19)
  • 2017 (13)
  • 2016 (12)
  • 2015 (19)

Dokumenttyp

  • Vortrag (61)
  • Zeitschriftenartikel (16)
  • Beitrag zu einem Tagungsband (12)
  • Posterpräsentation (4)
  • Dissertation (1)

Sprache

  • Deutsch (52)
  • Englisch (42)

Referierte Publikation

  • nein (81)
  • ja (13)

Schlagworte

  • Ökodesign (18)
  • Energy label (12)
  • Energieverbrauchskennzeichnung (10)
  • Heat pump (10)
  • Ressourceneffizienz (10)
  • Energy efficiency (9)
  • Energieeffizienz (8)
  • Geopolymers (8)
  • Circular economy (6)
  • Ecodesign (6)
+ weitere

Organisationseinheit der BAM

  • S Qualitätsinfrastruktur (94)
  • S.4 Ökodesign und Energieverbrauchskennzeichnung (94)
  • 7 Bauwerkssicherheit (13)
  • 7.4 Baustofftechnologie (13)
  • 7.1 Baustoffe (3)
  • 7.3 Brandingenieurwesen (3)
  • 6 Materialchemie (2)
  • 6.3 Strukturanalytik (2)

94 Treffer

  • 1 bis 10
  • CSV
  • RIS
  • 10
  • 20
  • 50
  • 100

Sortieren nach

  • Jahr
  • Jahr
  • Titel
  • Titel
  • Autor*in
  • Autor*in
BAM Round Robin Test for Heat Pumps and Air Conditioners (2020)
Palkowski, Carsten
Preliminary results of the BAM RRTs are given in this presentation.
Aktuelles zur Ökodesign-Verordnung - Entwicklung und Einschätzung zum Inverkehrbringen (2020)
Akkerman, Floris
Vorstellung der Rechtsinstrumente Ökodesign, Darstellung der Entwicklung und Einschätzung zu Szenarien zum Inverkehrbringen am Beispiel Kühlmöbel
Energy efficiency rating of cooking fume extractors based on captured and filtered oil mist (2020)
Knieschewski, Arno
The energy efficiency rating on the European Union energy label for cooking fume extractors is based on measurements of the flow rate and static pressure difference within the duct behind the cooking fume extractor according to standard EN 61591:1997/A12:2015 and regulation (EU) No 65/2014. These measurements do not enable a definite conclusion about the cooking fume extractor’s air purification performance.Measurements which evaluate the air purification performance directly would be more valuable for consumers. In this thesis, a test method was developed that enables the energy efficiency rating of cooking fume extractors based on a direct measurement of the air purification by measuring the captured and filtered oil mist. The test method also enables the rating of cooking fume extractors that operate in recirculation mode, which is not possible using the current standard EN 61591:1997/A12:2015. The performance rating based on removed oil mist requires a reproducible generation of oil mist. Furthermore, the generated oil mist should resemble the oil mist from common cooking scenarios to give meaningful performance ratings. The oil mist from the grease absorption test according to standard EN 61591:1997/A12:2015 was taken as a reference oil mist for common cooking scenarios. A round robin test revealed that the oil mist generation with the grease absorption test from the standard is not reproducible enough for performance tests. The oil mist generation with atomizer nozzles was found more suitable for the reproducible generation of an oil mist. Two different atomizers were analyzed by measuring the properties of generated oil mist and by applying them in performance tests on cooking fume extractors. One “mantled atomizer” was bought from the market and one “open atomizer” was developed specifically for the test of cooking fume extractors. It was found that an oil mist with similar properties compared to the reference oil mist can be generated with the design of the open atomizer. The proposed test method using the open atomizer led to a better repeatability compared to the grease absorption tests according to the current standard and has the potential to improve the reproducibility. The results suggest that the proposed test method could be used for standardized testing which would enable more meaningful energy efficiency ratings and the rating of cooking fume extractors that operate in recirculation mode.
Test methods for air conditioners (2020)
Palkowski, Carsten
Comparison of test methods for air conditioners that are currently discussed in standardization. The limitations of the current standard are shown and different options for the further development of the standard are presented
Test methods for heat pumps (2020)
Palkowski, Carsten
Comparison of different test methods for the determination of the seasonal performance of heat pumps: 1) The current test standard EN14825, 2) the compensation test method and 3) the dynamic test method.
Technical Meeting BAM RRT for Air Conditioner (2020)
Palkowski, Carsten
Kickoff meeting for the BAM round robin test for load-based air conditioner testing.
Technical Meeting BAM RRT for Heat Pumps (2020)
Palkowski, Carsten
Kickoff meeting for the BAM round robin test for load-based heat pump testing
Dynamic Test Method - an Update (2020)
Palkowski, Carsten
An update about the dynamic test method for the determination of the seasonal performance of heat pumps given at the CEN/TC 113/WG 7 meeting.
Ökodesign und Energielabel: Entwicklung, geltendes Recht und Ausblick (2020)
Akkerman, Floris
Der Vortrag gibt einen Überblick über die Entwicklung der Anforderungen, die geltenden und kommenden Regeln für Produkte unter den beiden Rechtsinstrumenten und berührt die Frage, was in Zukunft den Schwerpunkt der Rechtssetzung darstellen wird
Belastbarkeit von Prüfverfahren (2019)
Harrer, Andrea
Vortrag im Rahmen eines VDE-Infotages zu Haushaltsgeräten: Präsentation der Auswertung von Ringversuchsdaten zum Test von Prüfverfahren für das Energielabel von Haushaltsgeräten
  • 1 bis 10

OPUS4 Logo

  • Kontakt
  • Impressum
  • Sitelinks