Portlet-based presentation of energy KPIs in SOA-enabled manufacturing facilities targeting holistic energy management.
Hossain, Mohammad Mahmud (2014)
Hossain, Mohammad Mahmud
2014
Master's Degree Programme in Machine Automation
Teknisten tieteiden tiedekunta - Faculty of Engineering Sciences
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Hyväksymispäivämäärä
2014-06-04
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:tty-201405231211
https://urn.fi/URN:NBN:fi:tty-201405231211
Tiivistelmä
One third of global energy consumption is directly attributed to manufacturing industry. The demand of efficient energy usage in manufacturing is prompted by scarcity of traditional energy resources and rising energy price. Structures of current manufacturing facilities are complex and distributed with large number of assorted devices involve in manufacturing, utilities, lighting and HVAC systems within organization. Adoption of Information and Communication Technologies (ICT) allow near real time information acquisition from these assorted devices. In this thesis work, an energy management portal is designed and developed to present online and historical energy information to hierarchical user groups in manufacturing enterprise.
The thesis consists of background study, design and implementation. The current standardizations on Energy Management System (EMS) are studied to follow a systematic approach towards design and implementations. Role of KPI in manufacturing is studied from EMS point of view through previous research and implementations. Relevant technologies and architectural concepts are explored, analyzed and compared including Service Oriented Architecture (SOA) and web portal infrastructures.
A generic framework for presentation layer of EMS is designed targeting SOA-enabled manufacturing facilities which utilizes existing modular systems i.e. MES, ERP and so on. Result of implementation shows that, portlet based web portal draws SOA concept to User Interface (UI) of EMS where portlets act as pluggable UI component of flexible and configurable dashboards of hierarchical user groups. Presentation of online and historical energy KPIs from heterogeneous sources is achieved in different portlets using DPWS and WS. Adoption of implemented energy data representation techniques and role-based dashboards increase energy awareness among user groups in factory and support decision-making for achieving energy efficiency.
The thesis consists of background study, design and implementation. The current standardizations on Energy Management System (EMS) are studied to follow a systematic approach towards design and implementations. Role of KPI in manufacturing is studied from EMS point of view through previous research and implementations. Relevant technologies and architectural concepts are explored, analyzed and compared including Service Oriented Architecture (SOA) and web portal infrastructures.
A generic framework for presentation layer of EMS is designed targeting SOA-enabled manufacturing facilities which utilizes existing modular systems i.e. MES, ERP and so on. Result of implementation shows that, portlet based web portal draws SOA concept to User Interface (UI) of EMS where portlets act as pluggable UI component of flexible and configurable dashboards of hierarchical user groups. Presentation of online and historical energy KPIs from heterogeneous sources is achieved in different portlets using DPWS and WS. Adoption of implemented energy data representation techniques and role-based dashboards increase energy awareness among user groups in factory and support decision-making for achieving energy efficiency.