a cross-layer approach to energy management in manufacturing

A cross-layer approach to energy management in manufacturing

Date: July, 2012

Linked to: RTD research at FAST

Contact information

Tampere University of Technology,

FAST Laboratory,

P.O. Box 600,

FIN-33101 Tampere,

Finland

Email: fast@tut.fi

www.tut.fi/fast

Conference: 2012 IEEE International Conference on Industrial Informatics

Title of the paper: A cross-layer approach to energy management in manufacturing

Authors: Anna Florea, Jorge A. Garcia Izaguirre Montemayor, Corina Postelnicu, Jose L. Martinez Lastra

If you would like to receive a reprint of the original paper, please contact us

A cross-layer approach to energy management in manufacturing

Anna Florea

Jorge A. Garcia Izaguirre Montemayor

Corina Postelnicu

Jose L. Martinez Lastra

Tampere University of Technology, Finland

Outline

Background + The addressed problem. Proposed Architecture for Cross-layer Energy

Management Summary

BackgroundThe distributed manufacturing enterprise

Contributors to overall energy consumption: Manufacturing equipment Collaboration / Competition patterns between devices/factories

BackgroundThe distributed manufacturing enterprise

Contributors to overall energy consumption: Manufacturing equipment Collaboration / Competition patterns between devices/factories

+ Buildings

+ Personnel

Saving opportunities

Integration challengesIncreased time/cost

Background Saving opportunities

Rerouting the solar energy acquired by the building to the MES system because e.g.

Energy prices in a certain time range are high and the energy required to heat/illuminate the building need

not be so much ( humans do not usually reside in the area at that time slot of the day)

Cross layer Energy Management Proposed Architecture

based on: Service Oriented Architecture (SOA) Complex Event Processing (CEP)

long term strategic efficiency objectives

short-term optimisation

Bus

ines

s re

leva

nt t

arge

ts

Rep

orts

Manufacturing Execution Systems levelmEMS structure

SOA 2.0 technologies

Enterprise Resource Planning leveleEMS structure

Summary

cross-layer approach proposed for Energy Management Systems implementation in manufacturing enterprises

SOA 2.0 technologies Web Services for implementation of data acquisition

from heterogeneous sources, and exposure of reporting tools

Complex Event Processing for analysis and reasoning towards improved energy performance.

Thank you!

anna.florea@tut.fi

corina.postelnicu@tut.fi

Related work

framework based on ISO 9000 and ISO 14000 quality and environmental management standards

to facilitate EMS design:

EN 16001:2009 Energy Management Systems

ISO 50001: Energy managements systems – Requirements with guidance for use.

EMS focus either on particular industrial sites or specific energy sources

lack of infrastructure resulting in a failure to allow real-time decision making based on on-line information coupled with business processes