CIM Topologydata Enterprise Service Bus. Michael Gründler, Matthias Wielage

Transcription

1 Energy for tomorrow

2 CIM Topologydata Enterprise Service Bus Michael Gründler, Matthias Wielage

3 Agenda Introduction: Authors EWE Company CIM Topologydata Enterprise Service Bus Transformer Security Management Powerfactory DEMO Next Steps CUG Meeting Windsor 2012; Michael Gründler, Matthias Wielage: CIM Topologydata ESB: 3

4 Introduction: Authors Matthias Wielage Dipl. Ing Michael Gründler Senior Consultant P p matthias.wielage@ewe.de EWE NETZ GmbH Cloppenburger Str Oldenburg P p michael.gruendler@btc-ag.com BTC AG Escherweg Oldenburg CUG Meeting Windsor 2012; Michael Gründler, Matthias Wielage: CIM Topologydata ESB: 4

5 EWE a strong group of companies With annual sales of 7.5 billion EWE is one of Germany's major energy suppliers The EWE Group supplies electricity to around 1.35 million customers and natural gas to 1.54 million customers With a working gas volume of 1.7 billion m³, EWE is one of Germany's major suppliers of storage capacities for natural gas EWE NETZ operates one of Europe's safest electricity grids EWE's eco-power subsidiary NaturWatt markets electricity from renewable energies throughout Germany With around 670,000 customers, EWE TEL is one of the largest regional providers of telecommunications services The wholly owned subsidiary BTC ranks among Germany's largest IT consultancies As a driver of innovation, EWE is heavily involved in research and development CUG Meeting Windsor 2012; Michael Gründler, Matthias Wielage: CIM Topologydata ESB: 5

6 Constantly expanding use of renewable energies Installed capacity: around 4 GW el Portfolio comprises more than power plants: wind turbines, photovoltaic power plants, landfill/biogas/sewage plants and hydroelectrical power plant Activities focus on northern Germany Wind (on/offshore) Photovoltaic Biogas Water 15,3% CUG Meeting Windsor 2012; Michael Gründler, Matthias Wielage: CIM Topologydata ESB: 6

7 Increase of decentralized and renewable feeders Consequences networks become more complex critical network conditions Tasks avoidance of feeder outages and network outages network calculation for network expansion Challenge especially to get the best connection point for new decentralized feeder more complex networks mean considerable manual effort in calculating the network Network data are in many different applications CUG Meeting Windsor 2012; Michael Gründler, Matthias Wielage: CIM Topologydata ESB: 7

8 Integrating the Smart Energy Ecosystem Integrated power grid topology model PM easy+ CIM Accelerator PI CIM Cache CIM Enterprise Service Bus CIM Accelerator Connectivity, Runtime & Processes powered by CAEWIN TSM other offline network analysis online network analysis CUG Meeting Windsor 2012; Michael Gründler, Matthias Wielage: CIM Topologydata ESB: 8

9 Transformer Security Management Forcast for apparent power, current, oil temperature and hotspot for the next 36 hours hourly build of the forecast forcast is the result of a artifical neural network result: Forcast of windpower and photovoltaics with consumer load combined to Powertransformer prediction Forcast in Form of Warnings CUG Meeting Windsor 2012; Michael Gründler, Matthias Wielage: CIM Topologydata ESB: 9

10 Transformer Security Management CUG Meeting Windsor 2012; Michael Gründler, Matthias Wielage: CIM Topologydata ESB: 10

11 Transformer Security Management CUG Meeting Windsor 2012; Michael Gründler, Matthias Wielage: CIM Topologydata ESB: 11

12 CUG Meeting Windsor 2012; Michael Gründler, Matthias Wielage: CIM Topologydata ESB: 12

13 Powerfactory Export in DGS From the complete EWE Net for each 110 kv Powertransformer one File Plants (middle and low Voltage) 20 kv Powertransfomer Loads Lines Busbars in Substations in Powerfactory graphical sight of the lines important calculations short circuit analysis load flow analysis with minimized manually work CUG Meeting Windsor 2012; Michael Gründler, Matthias Wielage: CIM Topologydata ESB: 13

14 Demo CUG Meeting Windsor 2012; Michael Gründler, Matthias Wielage: CIM Topologydata ESB: 14

15 Benefits Powerfactory Import from our CIM Topologydata ESB reduces the manually work for network calculation TSM reliable supply with less failures and shutdowns CIM is the base of different exports for calculations The use of CIM simplifies the integration of data Next Steps Integration of 20 kv Powertransformer Integration of other subsystems connection of other target systems take this utility case to motivate the use of CIM CUG Meeting Windsor 2012 ; Michael Gründler, Matthias Wielage 15

16 Thank you for your attention. EWE NETZ GmbH Cloppenburger Str Oldenburg Germany Tel.: