About the paper
| Title |
Interfacing with SCADA System for Energy Management in Multiple Energy Carrier Infrastructures |
| Book |
ICIST 2016 Proceedings |
| Pages |
106-111 |
| Abstract: In order to provide more advanced and
intelligent energy management systems (EMS), generic
and scalable solutions for interfacing with numerous
proprietary monitoring equipment and legacy SCADA
systems are needed. Such solutions should provide for an
easy, plug-and-play coupling with the existing monitoring
devices of target infrastructure, thus supporting the
integration and interoperability of the overall system.
One way of providing such holistic interface that will
enable energy data provision to the EMS for further
evaluation is presented in this paper. The proposed
solution was based on the OpenMUC framework
implementing a web-service based technology for data
delivery. For testing the system prior to an actual
deployment, data simulation and scheduling component
was developed to provide a low-level data/signal
emulation which would replace signals from the field
sensors, monitoring equipment, SCADAs, etc.
Furthermore, the proposed interface was implemented in
a scalable and adaptable manner so it could be easily
adjusted and deployed, practically, within any complex
infrastructure of interest. Finally, for demonstration and
validation purposes, the campus of the Institute Mihajlo
Pupin in Belgrade was taken as a test-bed platform which
was equipped with SCADA View6000 system serving as
the main building management system. |
Full citation
Tomašević, N.,
Batić, M.,
Vraneš, S.
Interfacing with SCADA System for Energy Management in Multiple Energy Carrier Infrastructures. In:
Konjović, Z.,
Zdravković, M.,
Trajanović, M.
(Eds.)
ICIST 2016 Proceedings, pp.106-111, 2016
Keywords
Energy Management Systems