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Hybrid and all-electric: the next steps in electrifying the world’s shipping industry Sponsored by 22 June 2021 • 09:00-09:45 BST Maritime Hybrid, Electric & Fuel Cells Webinar Week Part of 22-24 June 2021 Panellist documents Page 2: Torsten Büssow, Wärtsilä Page 9: Paul Simavari, BAE Systems Page 15: Shaun White, Spear Power Systems

Hybrid and all-electric: the next steps in electrifying

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Page 1: Hybrid and all-electric: the next steps in electrifying

Hybrid and all-electric: the next steps in electrifying the world’s shipping industry

Sponsored by

22 June 2021 • 09:00-09:45 BST

Maritime Hybrid,Electric & Fuel Cells

Webinar Week

Part of

22-24 June 2021

Panellist documentsPage 2: Torsten Büssow, WärtsiläPage 9: Paul Simavari, BAE SystemsPage 15: Shaun White, Spear Power Systems

Page 2: Hybrid and all-electric: the next steps in electrifying

© Wärtsilä 21/06/2021 Charging towards decarbonisation webinar1

WELCOME TO THE WEBINAR

Page 3: Hybrid and all-electric: the next steps in electrifying

© Wärtsilä 21/06/20212

ENGINE OPTIMISATION & FUEL FLEXIBILITY

ENERGY SAVING DEVICES

ELECTRIFICATION

Decarbonisation options

Charging towards decarbonisation webinar

Page 4: Hybrid and all-electric: the next steps in electrifying

© Wärtsilä

WHY ELECTRIFICATION50% OF ELECTRICITY IN GRIDS IS ALREADY GREEN

• National grids have high % green energy sources

• Whenever a vessel is using and fuelling this reduces CO2

• Most ports will have shore connection option in the near future

• This will be a standard design feature in new builds

Charging towards decarbonisation webinar

Page 5: Hybrid and all-electric: the next steps in electrifying

© Wärtsilä

FULL BATTERY ELECTRIC

Excludes energy for fuel handling, aux systems etc.

WHY ELECTRIFICATIONVESSELS CAPABLE OF FULL ELECTRIC OPERATION WILL INVEST

SHORE GRID-TO-WAKE INTEGRATING RENEWABLE ENERGY

PROPULSION EFFICIENCY

ᶯprop = 87%SHORE CONNECTION

Charging towards decarbonisation webinar

Page 6: Hybrid and all-electric: the next steps in electrifying

© Wärtsilä

WHY ELECTRIFICATION?FLEXIBILITY FOR FUTURE OPERATIONAL PROFILES

Yesterday

Design speed and draft

Non-optimal designs after slow steaming was introduced

Today

Current operational profile

Will decarbonisation move bring in next speed reduction?

Tomorrow

Potential operational profiles

Allow alternative profiles and power sources

PROPULSION DESIGN

TIME %

SPEED

TIME %

SPEED

TIME %

SPEED

Charging towards decarbonisation webinar

Page 7: Hybrid and all-electric: the next steps in electrifying

© Wärtsilä 21/06/20216

TOMORROWS PROPULSION CONCEPTS FROM ENGINE CENTRIC TO A SOFTWARE CENTRIC SET UP

The performance focussed energy management system (EMS) is a new software category on a vessel and sits on top of the safety focussed Power Mmgt. System (PMS)

Charging towards decarbonisation webinar

Page 8: Hybrid and all-electric: the next steps in electrifying

© Wärtsilä Charging towards decarbonisation webinar

CONTACT

• Dr. Torsten Büssow, • Director Electrical & Power

Systems, Wartsila• [email protected]• +49 151 14743294

Page 9: Hybrid and all-electric: the next steps in electrifying
Page 10: Hybrid and all-electric: the next steps in electrifying
Page 11: Hybrid and all-electric: the next steps in electrifying

Operational profile model

Duty saving/Profile refinement

Opportunity for modal control

Page 12: Hybrid and all-electric: the next steps in electrifying
Page 13: Hybrid and all-electric: the next steps in electrifying
Page 14: Hybrid and all-electric: the next steps in electrifying
Page 15: Hybrid and all-electric: the next steps in electrifying

Swappable Container Waterborne Transport Battery

Shaun WhiteTechnical Project Manager

11/05/2021

The Current Direct project is funded by the European Commission’s Horizon 2020 program. Grant number 963603.

Page 16: Hybrid and all-electric: the next steps in electrifying

Current Direct

CO2

EaaS Platform

+

Current Direct’s SolutionsToday’s Challenges

6/21/2021

• Reduce Total ESS Costs• Increased safety and early TR detection• Increase Energy Density• Reduce GHG Emissions• Increase Electrification and Digitization• Investments for Innovation

• High Total ESS Costs• Safety and reliability concerns• Space and Weight Constraints• Increasing GHG Emissions• Slow Electrification and Digitization• Explain the Benefits ESS to End-Users

Page 17: Hybrid and all-electric: the next steps in electrifying

1 MWh

6/21/2021

Energy-As-A-Service Platform Swappable Container

3 x Energy

1/2 Cost

DC Solution

20ft Container

Page 18: Hybrid and all-electric: the next steps in electrifying

6/21/2021

Demonstration

• Port of Rotterdam• Kotug fully electrical modular barge vessel

Electrification

• Retrofit & Newbuild solutions designed to easily integrate and receive certification

• Support capital expense through subscription models

• Enable easy adoption of green technologies

• Provide Operating costs at parity with conventional diesel fuel propulsion

Vessel Integration

Page 19: Hybrid and all-electric: the next steps in electrifying

12 M€Budget

36 Months (2021-2023)

13Partners

1Demo Site

9Countries

6/21/2021

Consortium

Advisory Board

Key Facts

Page 20: Hybrid and all-electric: the next steps in electrifying

We look forward to working with [email protected]

www.currentdirect.eu

www.linkedin.com/company/currentdirect

11/05/2021

The Current Direct project is funded by the European Commission’s Horizon 2020 program. Grant number 963603.