Energy-centric optimization of large-scale additive manufacturing deployment for sustainability through electrification

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The employment of additive manufacturing (AM), commonly called 3D printing, in the industrial sector has been growing for many years. As the technology matures, it is expected that its use will become widespread and substitute other established forms of production. This project is constructed to enable a truly sustainable design, deployment and operation of a production system based on AM principles and electrification. This can only be achieved if spatially distributed AM plants can be jointly optimized in their jobshop schedules considering the specific electric energy consumption patterns of 3D printing and transportation needs (which might be related to an electrified fleet) to build a final product. The optimization shall be carried out in an energy-centric manner where the AM units need to consider the expected electricity production from renewable intermittent sources. This project is a joint enterprise of two research groups from LUT and one from Aalto.
Näytä enemmän

Aloitusvuosi

2026

Päättymisvuosi

2029

Myönnetty rahoitus

Pedro Juliano Nardelli Orcid -palvelun logo
395 919 €



Rooli Suomen Akatemian konsortiossa

Johtaja

Muut osapuolet

Partneri
Lappeenrannan–Lahden teknillinen yliopisto LUT (372724)
305 350 €
Partneri
Aalto-yliopisto (372725)
298 731 €

Rahoittaja

Suomen Akatemia

Rahoitusmuoto

Suunnattu akatemiahanke

Päättäjä

Suomen akatemian muu päättäjä
05.12.2025

Muut tiedot

Rahoituspäätöksen numero

372723

Tieteenalat

Kone- ja valmistustekniikka

Tutkimusalat

Kone- ja valmistustekniikka

Tunnistetut aiheet

manufacturing, production, industry