Legislative regulations and international agreements like the Paris Agreement have been prepared to enforce the effort to reduce the emission of greenhouse gases (GHGs). Greater environmental awareness among customers and introduction of strict environmental regulations have challenged designers to consider the environmental impact of products together with traditional design objectives in the early stages of product design. An important environmental impact factor is the carbon footprint of a product because carbon dioxide (CO2) emissions are a main cause of the global climate change. An early assessment of the product carbon footprint is beneficial because at this stage, design changes are still possible with little effort and at low cost. Actually, there is no detailed methodology for a CO2 impact estimation in the early design phases available and very few researches have been conducted for the special segment of small powertrains. To speed up the powertrain development process some steps have to be done in parallel (simultaneous engineering), which is taken into account in a simultaneous evaluation of the carbon footprint regarding all life cycle phases (raw material extraction, production of the powertrain, energy (e.g. fuel) production, usage and maintenance, disposal and recycling). This paper aims to point out the importance of an integrated carbon footprint calculation in the design process of small powertrains and presents the prerequisites and future challenges in developing an abridged carbon foot printing methodology. In future, this methodology should enable developers to calculate the carbon footprint of powertrain design concepts. Therefore, methods for the early calculation of the carbon footprint and guidance how to apply and how to combine these methods are required.
|Fachzeitschrift||SAE Technical Papers|
|Publikationsstatus||Veröffentlicht - 30 Nov. 2020|
|Veranstaltung||SAE 2020 Small Powertrain and Energy Systems Technology Conference: SETC 2020 - Minneapolis, USA / Vereinigte Staaten|
Dauer: 10 Nov. 2020 → 12 Nov. 2020
ASJC Scopus subject areas
- Sicherheit, Risiko, Zuverlässigkeit und Qualität
- Wirtschaftsingenieurwesen und Fertigungstechnik