5G: FROM MYTH TO REALITY APRIL 21, 2016 - ETSI, SOPHIA ANTIPOLIS Virtual and programmable industrial network prototype deployed in operational Wind park Objectives The EU‐project VirtuWind will demonstrate the technical and economic benefits of introducing an open, modular and secure control infrastructure for the wind energy industry. Following are the 5 key objectives of VirtuWind: 1. Realize industrial‐grade Quality of Service (QoS) for intra‐domain Software Defined Networking (SDN) solution 2. Guarantee inter‐domain QoS for SDN based multi‐operator ecosystem 3. Reduce time and cost for service provisioning and network maintenance 4. Assure security‐by‐design for the SDN and Network Function Virtualisation (NFV) ecosystem 5. Field trial of intra‐ and inter‐domain SDN and NFV prototype http://www.virtuwind.eu VirtuWind target objectives Grant Agreement Number: 671648 BUDGET: Total cost: €6,344,331 Funding: €4,874,902 TIMETABLE: Starting date: 01/07/2015 Duration: 36 months This project has received funding from the European Union’s Horizon 2020 research and inno‐ vation programme. Contact Project Coordinator: Vivek Kulkarni, M.S., MBA Siemens AG Otto‐Hahn‐Ring 6 D‐81739 Munich, Germany Email: [email protected] Tel: +49 89 636‐634784 Challenges VirtuWind will overcome a number of identified challenges, including: • Secure and reliable access to equipment at remote installations. • Individual access control for multiple stakeholders. • Lowering costs during deployment of network infrastructure. • Scalable industrial network management solutions. • Effective deployment of network services. Scope The VirtuWind project investigates the use of SDN & NFV to address the stringent requirements of industrial domains. VirtuWind will develop and demonstrate a SDN & NFV ecosystem in real wind parks, as a representative use case of industrial networks, providing industrial‐ grade QoS. Based on an open, modular and secure framework, VirtuWind envisions lower capital expenditure (CAPEX) and operational expenditure (OPEX) costs in industri‐ al network infrastructures. Impact Wind energy is one of the most cost‐effective renewable technologies in terms of the cost per kWh of electricity generated and it is measured as Levelized Cost of Electricity ‐ (LCOE): LCOE= The main goal of VirtuWind is to adapt SDN as per requirements in industrial networks by developing novel SDN‐based mecha‐ nisms to reduce CAPEX and OPEX and thereby reduce the LCOE of wind energy. Lifetime cost Lifetime Electricity Production NSP: Network Service Provider NBI: North Bound Interface SDNI: SDN Interface between NSPs SCADA: Supervisory Control And Data Acquisition Wind park network as representative industrial network

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5G: FROMMYTH TO REALITY

APRIL 21, 2016 - ETSI, SOPHIA ANTIPOLIS

Virtual and programmable industrial network prototypedeployed in operational Wind park

ObjectivesThe EU‐project VirtuWind will demonstrate the technical and economic benefitsof introducing an open, modular and secure control infrastructure for the windenergy industry. Following are the 5 key objectives of VirtuWind:

1. Realize industrial‐grade Quality of Service (QoS) for intra‐domain Software Defined Networking (SDN) solution

2. Guarantee inter‐domain QoS for SDN based multi‐operator ecosystem3. Reduce time and cost for service provisioning and network maintenance4. Assure security‐by‐design for the SDN and Network Function Virtualisation

(NFV) ecosystem5. Field trial of intra‐ and inter‐domain SDN and NFV prototype

http://www.virtuwind.eu

VirtuWind target objectives

Grant Agreement Number: 671648

BUDGET:Total cost: €6,344,331Funding: €4,874,902

TIMETABLE:Starting date: 01/07/2015Duration: 36 months

This project has received fundingfrom the European Union’sHorizon 2020 research and inno‐vation programme.

ContactProject Coordinator:Vivek Kulkarni, M.S., MBASiemens AGOtto‐Hahn‐Ring 6 D‐81739Munich, Germany

Email: [email protected]: +49 89 636‐634784

ChallengesVirtuWind will overcome a number of identified challenges, including:• Secure and reliable access to equipment at remote installations.• Individual access control for multiple stakeholders.• Lowering costs during deployment of network infrastructure.• Scalable industrial network management solutions.• Effective deployment of network services.

ScopeThe VirtuWind project investigates the use of SDN & NFV to address the stringentrequirements of industrial domains.VirtuWind will develop and demonstrate a SDN & NFV ecosystem in real windparks, as a representative use case of industrial networks, providing industrial‐grade QoS.Based on an open, modular and secure framework, VirtuWind envisions lowercapital expenditure (CAPEX) and operational expenditure (OPEX) costs in industri‐al network infrastructures.

ImpactWind energy is one of the most

cost‐effective renewable technologiesin terms of the cost per kWh of electricity

generated and it is measured as Levelized Costof Electricity ‐ (LCOE):

LCOE=

The main goal of VirtuWind is to adapt SDN asper requirements in industrial networks by

developing novel SDN‐based mecha‐nisms to reduce CAPEX and OPEX

and thereby reduce the LCOEof wind energy.

Lifetime costLifetime Electricity Production

NSP: Network Service ProviderNBI: North Bound InterfaceSDNI: SDN Interface between NSPsSCADA: Supervisory Control And Data Acquisition

Wind park network as representative industrial network