Slide 1. ABB April 15, 2016

Transcription

1 Jan Nyqvist, Senior Scientist, Corporate Research, Automation Scandinavia, April 12th, 2016 Industrial applications in 5G A PiiA project plus some more April 15, 2016 Slide 1

2 What is 5G? Telecom industry initiative 5G System Increased traffic capacity Standards to be ready 2018 and system 2020 with early drops Source: Ericsson 10Gbps in specific scenarios such as indoor and dense outdoor environments. 100Mbps should generally be achievable in urban and suburban environments 10Mbps should be accessible almost everywhere, including sparsely populated rural areas Source: Ericsson Next generation of Mobile Broad Band wide range of use cases and requirements and industrial applications April 15, 2016 Slide 2

3 What is 5G system? Machine type communication Battery lifes - 10 years Air interface to Wi-Fi, Bluetooth or /6LoWPAN. Connection density to 10 7 connections per square km Very low latency - 1 ms Ultra high realiability and availability % Source: Ericsson Developed for Industrial Internet of Things April 15, 2016 Slide 3

4 What is 5G systems? Network slices In the cloud enabled by SDN and NFV Distributed cloud To meet E2E security and trust Regulated through SLAs One network - many industries, many network slices Source: Ericsson enable operators to provide networks on an as-a-service basis April 15, 2016 Slide 4

5 Remote teleoperation as service A first test case Exploration of 5G connectivity requirements Aitik Windsor Barcelona As part of ABB and Ericsson bilateral cooperation High connectivity requirements cameras and haptic feedback Leased lines required relative high cost today Best efforts measurements done As service in the cloud global and regional reach of any device and safety April 15, 2016 Slide 5

6 ABB-Ericsson demo case Mobile World Congress in Barcelona, February Use case 5G for Industry Teleoperation of a robot located in Västerås 2500 km away Latency cameras - 300ms where of 170 ms in the camera Latency haptic device 80ms. April 15, 2016 Slide 6

7 Photo: Boliden PIMM Pilot for Industrial Mobile Communication in Mining Slide 7

8 Photo: Boliden Initiated from 5g for sweden Focus Areas Strengthen competiveness of Swedish industry Industry Pilots Energy & Utilities Transport & Automotive Safety & Security Apply ICT in Industrial processes, products & services Innovation Platforms Enables smaller companies to: Cooperate with larger industry players Interact & meet academia Early and affordable access to technology Leverage current and next generation (5G) mobile networks Research Programs Establish a strong research community on ICT and its integration in industry process, products and services Slide 8

9 Project goals To evaluate new mobile communication infrastructure in an industrial context where we can validate the technology, applications and business models. Kankberg The project will work with the tough requirements for safety, robustness and productivity required of operations in underground mines. Slide 9 Photo: Boliden

10 Project partners ABB will work on interfaces for monitoring and control using mobile based communication. Boliden will participate with domain knowledge, test site and experts on mine environment, applications and installation. Ericsson will participate with the latest mobile technology and with knowledge of technology and business models. Luleå University of Technology will contribute with domain knowledge of mobile communications in confined environments as well as business model and eco-system research competence. SICS will lead the project and will provide expert knowledge of industrial digitization, business models and complex systems as well as information dissemination. Telia will provide core network as well as contribute expertise and business innovation. Volvo Construction Equipment will adapt and provide equipment for testing automation and remote control. WOLFIT Wolfit will contribute system knowledge of installation and operation in mining environments. Slide 10

11 Project Plan WP0 WP1 WP2 WP3 WP4 WP5 Site preparations Project management Use Cases and requirements Technology and application development Site installation and verification Eco system and business models Pilot 1 Pilot 2 Dissemination and exploitation Slide 11

12 Where are we today? Stakeholder Network Diagram options sketched Business Network installed - up and running Several use cases defined and stakeholder diagram as part of eco system definition Use Cases defined State-of-the-art radio installed and tests about to start Slide 12

13 Kankberg Mine Radio Design Slide 13

14 Pilot 1 Planned Remote control of a loader Mine ventilation control as a service In cooperation with WROOM projektet April 15, 2016 Slide 14

15 Photo: Boliden sics.se/projects/pimm Slide 15

16 Summary 5G system Industrial applications Very high traffic capacity High data rates everywhere Very low latency Massive number of devices Very low device energy consumption Very low device cost Ultra-high reliability Industrial Internet of things Ubiqitious connectivity Eco system Network slices Remote Predictive analysis Control Teleoperation One of the steps to digital evolution April 15, 2016 Slide 16

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