Energy Footprint Mapping Analysis-Based Energy Saving Product Design Study

Ying Tian; Lei Zhang; Wang Tai Yong; Song Ling Tian; Mao Ting Jing; Peng Lin Li

doi:10.4028/www.scientific.net/KEM.693.1966

Paper Titles

Study on the Relative Model of Engineering Enterprise Career Planning
p.1943

The Digital Manufacturing Equipment and Development of High Speed and High Precision with Monitoring and Intelligent Maintenance
p.1948

Study of the Dynamical Model for Manufacturing and Materials Market
p.1954

Application of New Materials in Industrial Design
p.1960

Energy Footprint Mapping Analysis-Based Energy Saving Product Design Study
p.1966

Energy-Saving Optimization Design Frame System Using Energy Footprint Graphical Model
p.1971

On the Construction of Visual Image Design System of Machine Tool Products
p.1975

Research on the Performance Evaluation Model of Functional Technologies with Partial Least Squares Regression
p.1981

The Influence Materials on the Product Design and Manufacturing
p.1991

HomeKey Engineering MaterialsKey Engineering Materials Vol. 693Energy Footprint Mapping Analysis-Based Energy...

Energy Footprint Mapping Analysis-Based Energy Saving Product Design Study

Abstract:

Energy-consumption during a produce, especially an energy-used product, performances its function in its using phrase, can arise sets of environmental problem [1], which is the key problem faced by an energy-used product design engineer during a sustainable design process. This paper proposes an essential energy flow analysis methodology. Based on the product components structures units, this methodology built up the relationships between the component energy properties and its functional properties, in order to identify and describe the main energy-related parameter as well as a functional design process. A case of juicer design process illustrates that energy footprint mapping analysis methodology is of great energy-saving efficient during the early phrases of a product design process.

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Periodical:

Key Engineering Materials (Volume 693)

Pages:

1966-1970

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.693.1966

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Online since:

May 2016

Authors:

Ying Tian*, Lei Zhang, Wang Tai Yong, Song Ling Tian, Mao Ting Jing, Peng Lin Li

Keywords:

Energy Used Product, Energy-Footprint Graphic, Energy-Saving Design, Usage Phrase

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