Digitization of the Energy Transition - The German approach -

Transcription

1 Digitization of the Energy Transition - The German approach -

2 Topics The electricity market in flux The German approach Metrology meets IT The new part testing of data communication Conclusion 04/11/2017 Digitization of the Energy Transition The German approach 2

3 The electricity market in flux Energy efficiency Renewable energy sources Reliable and save energy supply Digitization Smart Grid Global warming Smart home Electro mobility 04/11/2017 Digitization of the Energy Transition The German approach 3

4 The electricity market in flux The share of renewable energies in gross electricity consumption Germany /11/2017 Digitization of the Energy Transition The German approach 4

5 The German approach Year Increase in electricity generation from renewable energies % % % % 04/11/2017 Digitization of the Energy Transition The German approach 5

6 The German approach No. Goals and key topics for the energy industry 1 Energy efficiency and environmental protection 2 Energy transition (integration of renewable energies) 3 Legal situation (laws and regulations) 4 Safety and reliable energy supply 5 Customer service (transparent consumption, cost savings, increased comfort ) 6 Curb electricity theft and reduce electricity losses 7 Optimize business processes and efficient supply management 04/11/2017 Digitization of the Energy Transition The German approach 6

7 The German approach Intelligent Measuring System MS2020 Wide Area Network Home Area Network combined with Controllable Local Systems Local Metrological Network Smart Meter Gateway Security module 04/11/2017 Digitization of the Energy Transition The German approach 7

8 The German approach No. Benefits of MS Consumption transparency 2 Avoid on-site reading costs 3 Enabling variable tariffs for the customer 4 Provision of network information from decentralized produces and flexible loads 5 Control of decentralized generators and flexible loads 6 7 Sector bundling, simultaneous readings and transparency of the gas, water, heating and district heating sectors Secure, standardized infrastructure for applications in Smart Home and Smart Grid 04/11/2017 Digitization of the Energy Transition The German approach 8

9 Metrology meets IT IT environment WAN SMGw LMN HAN / CLS 04/11/2017 Digitization of the Energy Transition The German approach 9

10 Metrology meets IT 04/11/2017 Digitization of the Energy Transition The German approach 10

11 The new part testing of data communication WAN Sensor Basic Meter LMN Receiver SMGw HAN IN /OUT Controler Box CLS No. 1 Elements that belong to the MS2020 system Sensor: measuring data (voltage, current, power, energy, frequency, harmonics, phase angle ) 2 Receiver: Data logging, data processing and data management 3 Controler Box: In- and outputs to controll renewable energy sources, household appliance and systems 4 Interfaces and data protocols: For the transmission of the data 04/11/2017 Digitization of the Energy Transition The German approach 11

12 The new part testing of data communication Stationary test system Customer Backend System for e.g. key management system because of encrypted data communication 04/11/2017 Digitization of the Energy Transition The German approach 12

13 The new part testing of data communication Specifications, rules, test cases Federal Office for Security in Information Technology - BSI Physically Technical Federal Institute - PTB German Forum Network technology / Network operation - FNN The protocol stack of the LMN interface 04/11/2017 Digitization of the Energy Transition The German approach 13

14 The new part testing of data communication MS2020 test system performance 1 Metrological test features 2 Verification of functional operability Test cases for all protocol layers including physical layer Provided Interfaces: Ethernet, 1Mbit RS485, 1 Mbit Optical Specific measurements of the timing with a resolution of 1 μs and an accuracy of 500 ns measurement of each individual byte TLS based communication (identification and authentication of the communication partner) 04/11/2017 Digitization of the Energy Transition The German approach 14

15 Conclusion Digitization of the Energy Transision Energy Transition way into a safe, environmentally compatible and economically successful future The exiting energy system will be replaced by a new energy system based on renewable energy sources Digitization is the key to the new energy supply system It requires a communication network that connects all actors and systems of the new energy system Metrology meets IT Successful implementation: through a bottom-up structure of using modern and intelligent measuring and communication systems wich work accurately, reliable and safely We Focus on Quality: A key factor for the success of the energy transition Appropiate test systems combined with competent support, training and aducation 04/11/2017 Digitization of the Energy Transition The German approach 15

16 Thank you for your attention! Neander Pütz / Sales Director ZERA GmbH Hauptstrasse 392 D Koenigswinter mailto:n.puetz@zera.de 04/11/2017 Digitization of the Energy Transition The German approach 16