Planning of T2.4 “Energy Monitoring tools design”

1ARTISAN 1st ARTISAN 1st Plenary MeetingPlenary MeetingMay 8th – 9th 2012

ARTISAN 1st ARTISAN 1st Plenary MeetingPlenary MeetingMay 8th – 9th 2012

Planning of T2.4 “Energy Monitoring tools design”

Konstantina PapachristopoulouAthens Technology Center S.A.



• Task Leader: ATC

• Participants: AUEB, INTRA

• Timeline

– Phase A: April 2012 – October 2012

– Phase B: June 2013 – July 2013

• Goal of Task: to further elicit the requirements, design & develop the energy monitoring tools to report the energy-consumption indicators (per process & product)

Overview



Brief Description of Work

• Finalisation of the requirements design & development of the IT tools aiming at delivering the energy-use profile for the Textile/Clothing SC (WP1 framework) • The tools will address the needs of: – energy monitoring for the complete process flows– focus on each individual processes involved– interoperability with higher level enterprise

applications

3



• D2.2 Energy Consumption Reduction & Energy Monitoring Tools & Testing report - initial Version (M12 – October 2012)

• D2.4 Energy Consumption Reduction & Energy Monitoring Tools (M21 – July 2013)

Results of Task



• Identification of the project case studies (WP1)

• Setting of the overall infrastructure (T2.1)• Submission of the Method & data

management structure (T2.2)• Initial version of the energy consumption

reduction tool (T2.3)

Occurrences needed before task initiation



• Input expected for this task from partners AUEB, DITF & ENEA

• Dependencies: T2.5 & WP3

Dependencies



• Acquisition and Installation of metering devices at Piacenza

• Decision on the way the energy data of MC will be transmitted to the Technology partners

• Drafting and submitting D2.1 (AUEB /DITF, with contributions from ENEA) – Due on May 31st 2012

Critical issues



• In the framework of T2.1 AUEB performed a market search to identify the needed hardware

• Technical characteristics:– Measurement of energy consumption– Ability to connect to a computer network and

transmit data to a server

Metering devices



• Companies: Barco-vision (closed solution – comes with SW), Schneider-Electric, & Abb.

• Schneider-Electric seems to provide a better solution, therefore we propose to use equipment from this company.

RFQs



Schneider-Electric

Meter Volt input Ampere Input Power SupplyCommunication Cost (Euros)

PM1200 up to 480 0,5 – 6A (CT)44 - 277 V AC at 50 Hz/60 Hz

ModBus RS485 262,50

44 - 277 V DC

IEM3155 83-477 1-63(No CT)ModBus RS485

will be in market after June 2012

1-5(CT)Integrated Web Server

Max number of connected meters

Communication with meters Output Format Power Supply Cost (Euros)

EGX300 64 (up to 100) ModBus RS485 CSV to FTP 24V DC 1286,80CSV to HTTPPDF to emailManual download



AbbMeter Volt input Ampere Input Power Supply Communication Cost (Euros)

DMTME-I-485-96 10-500V 0,05 – 5A (CT) 115-230AC ModBus RS485 260,00RS485/RS232

ConverterMax number of connected

meters Cost (Euros)CUS ? 560

PLCMax number of connected

meters Power Supply CostAC500 32 24V DC 734,00



• Indicative offer for 100 machines (as found in GR market)

Schneider-Electric Offer 1



• Indicative offer for 30 machines (as found in GR market)

Schneider-Electric Offer 2



• Piacenza pilot:– Decision on acquiring & installing the needed

equipment

• MC pilot:– Decision on the way the energy monitoring data

will be sent to the technology partners (direct access to the repository, access to a copy server, connection with web services,…)

Decisions & Next steps



• Continue and successfully conclude Phase A (April 2012 to October 2012):– Energy monitoring tools definition based on the

outcomes of WP1 and D2.1 – Drafting of the use case scenarios – Requirements diagrams and Database design– Monitor development of D2.2 (1st prototype of the

tools)

6 months planning

Planning of T2.4 “Energy Monitoring tools design”

Documents

Transcript of Planning of T2.4 “Energy Monitoring tools design”