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Experiment to scope Low Carbon Electricity based Additive Manufacturing with IoT

Publikation: Konferencebidrag › Paper › Forskning › peer review

  • Karthik Acharya
    • ,
  • Damian Pokorniecki, Department of Business Development and Technology, Danmark
Seeking a potential of low carbon-based energy use for additive
manufacturing, we present a preliminary experimental test using open source IoT
tools on FDM (Fused Deposit Modelling) type of 3D printing. In our test we
determine and categorize the electricity consumption of processes of a commercial
grade FDM printer using a custom-built energy monitor. Our tests indicate
that this model of FDM type 3D printer consumes between 22%-33% more energy
when printing vertical volumes (Z-axis on 3D printing plate). Based on these
tests we present a potential for IoT based low carbon FDM 3D printing using
open-source data, hardware and software. With this the article’s contribution is
two-fold. One as a study on energy and environmental impact of additive manufacturing
and secondly as a potential and scope for IoT applications for facilitating
low carbon additive manufacturing.
OriginalsprogEngelsk
Udgivelsesår2022
StatusUdgivet - 2022
BegivenhedGlobal IoT Summit 2022: GIOTS22 - Dublin
Varighed: 19 jun. 2022 → 24 jun. 2022

Konference

KonferenceGlobal IoT Summit 2022
ByDublin
Periode19/06/2022 → 24/06/2022

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