Wartsila Oyj Abp · OMXHEX:WRT1V
Wartsila Oyj Abp — Wärtsilä — Investor Day (May 2018)
17 slides from Wartsila Oyj Abp's investor day presentation, May 31, 2018
Slide 1: Energy Storage and Hybrid Solutions
ENERGY STORAGE AND HYBRID SOLUTIONS John Jung, President and CEO Greensmith Energy, a Wärtsilä company 1 © Wärtsilä PUBLIC 31 May 2018 John Jung
Slide 2: Wärtsilä Energy Solutions
WÄRTSILÄ ENERGY SOLUTIONS ENERGY SYSTEM INTEGRATOR SERVICE ENGINE POWER PLANTS LNG SOLUTIONS RENEWABLES CUSTOMER ENERGY STORAGE SOFTWARE AND INTEGRATION 2 © Wärtsilä PUBLIC 31 May 2018 John Jung
Slide 3: Key Trends
KEY TRENDS Investment in renewable Key power equipment Markets and grid operators generation exceeds thermal OEMS are pursuing are learning and adapting to generation – irreversible and leadership in hybrids rapid changes disruptive • Competitors who bring • Regulation and incentives are • Power bal
Slide 4: The World's Path to 100% Renewables
THE WORLD’S PATH TO 100% RENEWABLES Comparing storage energy capacity today and in a 100% renewable world Energy storage technologies will STORAGE ENERGY CAPACITY become an inevitable part of the power system, both capacities and throughput of storage will increase 1,3 TWh hundredfold. TODAY 1,050 T
Slide 5: Greensmith Energy
Greensmith Energy Energy storage technology, integration and software HARDWARE DESIGN SOFTWARE INTEGRATION INSTALLATION • Founded in 2008 and backed by E.On, AEP and venture capital funding • Comprehensive capabilities including design, integration and energy optimisation software • Delivered a thir
Slide 6: Sample Installations
SAMPLE INSTALLATIONS Sample Installations Advanced Energy Storage - Sample 20MW Frequency Regulation PA, USA 20MW Capacity + Wholesale CA, USA 7MW Island Micro grid Recharge AS, Portugal 2MW Grid Deferral CA, USA 10MW Solar Integration AZ, USA 1MW Solar Micro grid Puerto Rico, USA 6 © Wärtsilä PUBLI
Slide 7: Greensmith Installations
GREENSMITH INSTALLATIONS Global leader in energy storage expanding into new markets Frontier PJM Merrengo PJM 20MW / 9MWh 20MW / 10MWh Geneva, OH 1MW / 500kWh Cremzow, Germany Tucson Electric Power 2MW 10MW / 4MWh Bilsby, AEP 4MW / 400kWh Central Europe Pomona Origis Energy, MA 5MW/4MWh Energy Cente
Slide 8: Key Trends: Market progressing towards flexible energy and integration
KEY TRENDS Market progressing towards flexible energy and integration 2008-2013 2014-2015 2016-2017 2018+ Utility pilot phase Ancillary market Renewable penetration Expanding markets, Small scale pilots Developers and IPPs Global markets open Expanding products to test technology enter the market an
Slide 9: Flexibility Solves Multiple Grid Issues
FLEXIBILITY SOLVES MULTIPLE GRID ISSUES GRID RENEWABLES HYBRID RELIABILITY INTEGRATION OPTIMISATION Meeting demand Ensuring seamless Creating a flexible fleet for power 24/7/365 integration of solar, wind of assets working and other renewables in harmony 9 © Wärtsilä PUBLIC 31 May 2018 John Jung
Slide 10: GEMS: Software is at the Heart of Integration
WÄRTSILÄ INTEGRATION SOLUTIONS GEMS: Software is at the Heart of Integration SOLUTIONS EXTERNAL Renewable Hybrid Engine SCADA Grid Reliability Micro Grids Integration Optimisation Command and Control System INTELLIGENCE GEMS OS Weather Operation Scheduling • Peer-to-Peer Group Control • Real-time Eq
Slide 11: GEMS Applications
GEMS APPLICATIONS Broadest selection of use-case algorithms in the industry CATEGORY APPLICATIONS/FEATURES CATEGORY APPLICATIONS/FEATURES ANCILLARY FR (regulated) (PJM, CAISO) ✓ PREDICTIVE Weather forecast integration ✓ ANALYTICS Frequency response ✓ Load forecast ✓ Voltage resp./PF correction ✓ Tar
Slide 12: GEMS: Modern software tools and architecture
GEMS: SOFTWARE, DATA AND OPTIMISATION GEMS: Modern software tools and architecture 12 © Wärtsilä PUBLIC 31 May 2018 John Jung
Slide 13: Hybridisation of a power plant
HYBRIDS AND INTEGRATION Hybridisation of a power plant Fuel savings –––––––– O&M optimisation and savings –––––––– 10 MW STORAGE Regulation compliance –––––––– Enhanced dispatchability –––––––– Reduced emissions 13 © Wärtsilä PUBLIC 31 May 2018 John Jung
Slide 14: Spinning reserve business case
USE CASE Spinning reserve business case Reserve Operating load • Base case: Run 5 engines at 72% Case 1: Engines capacity to maintain reserves 100 • Run 4 engines at 91% capacity and use 50 ESS to provide spinning reserves • Business case derives from: 0 – Reduced fuel consumption due to 1 2 3 4 5 6
Slide 15: Ancillary services business case
USE CASE Ancillary services business case • Fast, accurate response to frequency Frequency deviation during 900kW load step deviations Frequency (Hz) • Superior load step capability and stability 52 after load steps Engine + Storage (VS) 50 • Business case derives from: – High reliability 48 – Reduc
Slide 16: Summary
Summary • All regions of the energy world are undergoing a massive transition towards renewables and need to optimise a changing mix of generation assets and ensure grid reliability • Future success and positioning in the power markets will favour companies capable of bringing ever-more flexible and
Slide 17: Thank You
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