Slide 1: Wärtsilä Energy 2025
Wärtsilä Energy 2025 Towards a 100% renewable energy future 1 ©
Slide 2: In this presentation
In this presentation 1 Decarbonising the energy sector 2 Wärtsilä Energy 3 Our solutions and services 4 References 3 ©
Slide 3: Decarbonising the energy sector
Decarbonising the energy sector 4 ©
Slide 4: The decarbonisation of energy is accelerating
The decarbonisation of energy is accelerating The world is on a narrowing path to achieving net-zero emissions by 2050. The power sector is pivotal in global decarbonisation efforts, demanding rapid, large-scale transformation. 5 ©
Slide 5: Market trends in the energy sector
Market trends in the energy sector The energy transition today is shaped by the growing need for electricity, decarbonisation targets and need for flexibility in more complex power systems. Macro drivers Need for technologies and solutions Growing need of electricity. Growing investment in the energ
Slide 6: The energy sector plays a significant role in global decarbonisation
The energy sector plays a significant role in global decarbonisation In order to slow down global warming and keep us on track of IPPC’s (Intergovernmental Panel on Climate Change) 1.5 °C limit, the world needs to reach net zero by 2050 – only 25 years from today. Today, the electricity and heat sec
Slide 7: As the amount of renewables increases, flexible balancing solutions are needed
As the amount of renewables increases, flexible balancing solutions are needed to ensure stability and reliability. Renewable energy capacity is expected to grow 8x by 2050. To achieve net zero by 2050, renewables should provide 89% of the world’s electricity supply. As the share of renewables incre
Slide 8: Balancing power is needed to support renewables
Balancing power is needed to support renewables Our recent global power system modelling analysis shows the When comparing the two pathways, various benefits of adding balancing power plants to create the by 2050 we could see: optimal power systems of the future, in comparison to a pathway where onl
Slide 9: The blueprint for sustainable, reliable and affordable energy already exists
The blueprint for sustainable, reliable and affordable energy already exists We already know the solutions needed to transition to optimal and reliable net-zero power systems Wind and solar Energy storage Flexible engine power plants Sustainable fuels 10 ©
Slide 10: Wärtsilä Energy
Wartsila Energy © WARTSILA
Slide 11: WARTSILA WARTSILA
Cc WARTSILA 12 WARTSILA
Slide 12: We are at the forefront of the transition towards a 100% renewable energy future
We are at the forefront of the transition towards a 100% renewable energy future. We help our customers and the power sector to accelerate their decarbonisation journeys through our market-leading technologies and power system expertise. Our solutions include flexible engine power plants, energy sto
Slide 13: Wärtsilä Energy in numbers
Wärtsilä Energy in numbers Globally recognised leader 180 4 900+ in engine power plant & Countries Employees energy storage installations, with 190 delivered to years of experience as a company 79GW 130+ 30 % Power plant Energy storage Of operating installed base capacity delivered installations und
Slide 14: Our market-leading solutions for the transition to a 100% renewable energy future
Our market-leading solutions for the transition to a 100% renewable energy future Engine power plants Energy storage and optimisation Services 15 ©
Slide 15: Our track record in 180 countries around the world
Our track record in 180 countries around the world Americas Europe Africa Middle East & Asia Power plants delivered: Power plants delivered: Power plants delivered: Power plants delivered: 19.7 GW 10.9 GW 7.6 GW 40.8 GW Operational plants under Operational plants under Operational plants under Opera
Slide 16: Choosing the right flexible technologies for power systems
Choosing the right flexible technologies for power systems Ensuring a continuous supply of electricity is a constant balancing act, where every second counts. When balancing becomes key to ensuring a stable and reliable supply of electricity, it is important to use flexible technologies. Renewables
Slide 17: How does a high-renewable, optimised and flexible power system work?
How does a high-renewable, optimised and flexible power system work? 1. Renewables provide the bulk of energy. Battery energy storage is recharged when renewable energy is available. 2. But when the sun sets and wind stops blowing, other solutions must plug the gap. Energy storage provides sub-secon
Slide 18: Responding to different flexibility needs with the optimal technology
Responding to different flexibility needs with the optimal technology An energy system based on renewables requires multiple forms of flexibility to manage variability. Flexible technologies, such as flexible engine power plants and energy storage technology, can balance the intermittency of wind an
Slide 19: Balancing solutions will provide the necessary balancing power to keep the grid stable
Balancing solutions will provide the necessary balancing power to keep the grid stable Illustration of high-renewable power system during one day, MW When the share of renewable energy exceeds 20% in power systems, intermittency becomes a challenge, and this is where grid balancing becomes crucial.
Slide 20: Decarbonising the energy industry with renewables and balancing power
Decarbonising the energy industry with renewables and balancing power Sustainable fuel options 5 become widely available. A 100% renewable Continue adding energy future is here 4 renewables supported by flexibility. It is based on renewables, energy storage, and balancing Accessing engine power plan
Slide 21: Decisive actions from the entire power sector are crucial
Decisive actions from the entire power sector are crucial to achieve a low-cost and low-emission energy transition Instead of only focusing on the acceleration of renewable build up, a holistic system-level thinking must be in place when investing in and planning power systems. Strategic planning fo
Slide 22: Our solutions and services for flexible power
Our solutions and services for flexible power 23 ©
Slide 23: Engine power plants
Oo WARTSILA Engine power plants 24 © WARTSILA,
Slide 24: Engine power plants for reliable energy
Engine power plants for reliable energy Our engine power plants offer flexible, efficient and reliable power generation in a changing energy landscape. Engine power plants are the optimal power generation technology to ensure the stability and reliability of power grids that are using increasing amo
Slide 25: Why engine power plants drive the energy transition
Why engine power plants drive the energy transition Flexible operations With unbeatable flexibility, engine power plants can go from start-up to full load in as little as two minutes without minimum uptime or downtime. Unlimited starts and stops have no impact on maintenance. High performance We off
Slide 26: Our engine portfolio for various applications and industries
Our engine portfolio for various applications and industries Wärtsilä 31 platform Wärtsilä 32 platform Wärtsilä 34 platform Wärtsilä 46TS platform Wärtsilä 50 platform 27 ©
Slide 27: Sustainable fuels will unlock a net-zero future
Sustainable fuels will unlock a net-zero future Our engines are already capable of using synthetic carbon-neutral methane and up to 25% vol. hydrogen blend with natural 100% gas. In addition, we have recently launched the world's first large-scale 100% hydrogen engine power plant. Whichever sustaina
Slide 28: Set for 2030 sustainability targets
Set for 30 sustainability targets ▪ We will become carbon neutral in our own operations by 2030. ▪ We will provide a product portfolio that will be ready for zero carbon fuels by 2030. 2030: Zero carbon fuel product 2023: H2 blending 2026: 100% H2-ready portfolio ready offered for power plants ready
Slide 29: Wärtsilä at the forefront of research and development
Wärtsilä at the forefront of research and development Wärtsilä’s Sustainable Technology Hub (STH) fosters innovation, collaboration, and production of green technologies. In the Technology Hub, we turn our decarbonisation vision into reality. STH has ensured faster and broader testing capabilities t
Slide 30: Energy storage & optimisation
Energy storage & optimisation 31 ©
Slide 31: Energy storage plays a key role in our vision towards a 100% renewable energy future
Energy storage plays a key role in our vision towards a 100% renewable energy future Combining 15+ years of industry expertise with a global footprint, we seamlessly integrate energy storage with our controls and optimisation software to provide visibility into critical energy systems and optimise m
Slide 32: Built for excellence: Proven performance, unmatched safety
Built for excellence: Proven performance, unmatched safety A legacy of innovation, delivering industry-leading solutions with a relentless commitment to safety and success Unrivalled industry leadership Decades of expertise in safe, efficient energy solutions that set the global standard Advancing i
Slide 33: Our energy storage system portfolio: Quantum
Our energy storage system portfolio: Quantum Providing unmatched flexibility and safety no matter your site or project requirements Quantum Quantum High Energy (HE) Modular energy storage system for High Energy system with advanced smallest system footprint & safety features & enhanced energy deploy
Slide 34: Industry-leading controls and optimisation software, GEMS
Unlock the full potential of your energy assets with our industry-leading controls and optimisation software, GEMS Real-time data and intelligent automation to optimise efficiency, enhance asset control, & maximise revenue streams Proven at scale Trusted in 130+ projects globally Real-time optimisat
Slide 35: Lifecycle solutions for long-term performance of your energy storage system
Lifecycle solutions to ensure the long-term performance of your energy storage system Maintaining and optimising energy storage system performance is critical for your business success. The right combination of hardware, software, and services will ensure seamless system integration and optimisation
Slide 36: Your trusted partner in energy storage
Your trusted partner in energy storage, combining proven reliability with future-ready innovation Unparalelled safety Asset optimisation Integrated solutions Reliability & maturity Bankability 37 ©
Slide 37: Lifecycle services
WARTSILA ~ Lifecycle services © WARTSILA,
Slide 38: Services to ensure customer success
Services to ensure customer success A reliable partner with best-in-class expertise is essential in securing your investments and optimising your power plant performance. Lifecycle solutions Maintain and optimise safe, reliable and sustainable operations: Customised solutions from transactional serv
Slide 39: Ensuring performance and competitiveness through our service offering
Ensuring performance and competitiveness through our service offering Increasing Wärtsilä’s involvement guarantees optimised performance and secures the investment Optimisation & outcomes ▪ Performance-based partnerships ▪ Decarbonisation services Guaranteed performance ▪ Guaranteed asset performanc
Slide 40: We want to excel in creating customer value
We want to excel in creating customer value Lifecycle Services encompass performance and maintenance management as well as operational expertise, leading to safe, reliable, and environmentally sustainable operations. 30 % Of operating installed base under service agreements 1,000+ Upgrade projects d
Slide 41: Decarbonisation services: your partner in reducing CO2 emissions
Decarbonisation services: your partner in reducing CO2 emissions We leverage Wärtsilä’s extensive power system modelling capabilities together with the full range of our market-leading solutions, including flexible grid balancing engines, energy management system, energy storage solutions, and lifec
Slide 42: Power system modelling
WARTSILA Power system modelling 43 © WARTSILA,
Slide 43: Power system modelling expertise
Power system modelling expertise At Wärtsilä, we help our customers to accelerate their decarbonisation journeys through market- leading technologies and power system expertise. Using PLEXOS® software, we have completed more than 200 country and power system analyses globally, identifying the optima
Slide 44: Modelling the energy transition around the world
Modelling the energy transition around the world We have modelled over 200 power systems across different countries and regions. Learn more in our white papers and reports. Read: Crossroads to net zero – global modelling report Read: Finland’s power system outlook for 2027 & 2030 Read: Europe’s ener
Slide 45: Our references
Pa) WARTSILA Our references 46 © WARTSILA
Slide 46: Engine power plant references
Engine power plant references 47 ©
Slide 47: Kazakhstan Caspian Offshore Industries (KCOI) – Kazakhstan
Kazakhstan Caspian Offshore Industries (KCOI) – Kazakhstan We will supply the engineered equipment for a new 120 MW power plant under construction in Kazakhstan. This will be the first hybrid project of its type to be implemented in Kazakhstan. The engine power plant is essential to enable a stable
Slide 48: Tornion Voima – Finland
Tornion Voima – Finland With a total capacity of about 43 megawatts, the engine power plant will be Finland's first to provide balancing capacity to the power system upon completion. With it, Tornion Voima will be able to guarantee electricity production during various disturbances and varying weath
Slide 49: Kentucky Municipal Energy Agency (KYMEA) – USA
Kentucky Municipal Energy Agency (KYMEA) – USA ▪ The 75 MW plant will operate with four Wärtsilä 50SG engines running on natural gas. The fast starting and stopping feature of the engines will provide the flexibility and rapid response to fluctuations in the availability of wind and solar power. o “
Slide 50: Wärtsilä and AVK collaborate on on-site power for data centres
Wärtsilä and AVK collaborate to deliver on-site power generation for data centres Data centres are essential in ensuring businesses and organisations can store, process, and manage their data and operations securely and efficiently. To be efficient, data centres require a reliable and uninterrupted
Slide 51: AGL Energy Limited – Australia
AGL Energy Limited – Australia Improving energy reliability in South Australian power system with engine generating sets and energy storage ▪ The Wärtsilä engine generating sets provide the fast-start capability needed to rapidly respond to the fluctuations inherent to solar and wind power ▪ The fle
Slide 52: Centrica – UK
Centrica – UK We were able to tackle the issues created by intermittent renewables, providing flexible balancing power with engines and stability to the system. 2 x 50 MW flexible balancing power plant The biggest medium-speed gas- fuelled engine power plants in the UK, offering electricity for abou
Slide 53: swb Erzeugung CHP plant – Germany
swb Erzeugung CHP plant – Germany A revenue-adding transition – Bremen switches from coal to gas ▪ The new CHP gas engine power plant offers heat and flexible baseload in the winter and shaves peaks in energy demand in the summer, all the while making great economic sense for its owners. ▪ The new p
Slide 54: A2A Gencogas – Italy
A2A Gencogas – Italy Wärtsilä will support Italy’s journey toward more sustainable energy systems with a natural gas fuelled 110 MW flexible power plant. Our fast-starting engine technology will be used to balance the power system and ensure its stability as the share of renewables is increased. 55
Slide 55: Omaha Public Power District – USA
Omaha Public Power District – USA We were challenged to: ▪ Ensure sufficient balancing capability to deal with the intermittent nature of renewables production. ▪ Enable fast ramping up and down of power to deal with high price volatility and significant periods of negative pricing. Our results: ▪ W
Slide 56: Mexicali Oriente & Altar – Mexico
Mexicali Oriente & Altar – Mexico 600 MW of baseload energy to secure the system stability of the Baja California Peninsula The 200 MW Altar plant and the 400 MW Mexicali Oriente plant are owned and operated by Comisión Federal de Electricidad (CFE), the Mexican state- owned utility. Wärtsilä was ab
Slide 57: Energía del Pacífico – El Salvador
Energía del Pacífico – El Salvador Providing about one third of the country’s electricity supply ▪ The 378 MW power plant is the largest and most efficient power plant in El Salvador and the first in Central America to use liquefied natural gas (LNG). ▪ This project produces the cleanest thermal ele
Slide 58: WEC Energy Group – USA
WEC Energy Group – USA A giant leap towards decarbonisation: World’s first-of-its-kind blended hydrogen test Together with WEC Energy Group we successfully completed hydrogen blend tests on an unmodified Wärtsilä engine. The results were outstanding: engine efficiency improved when running on a 25 v
Slide 59: Ponta Negra – Brazil
Ponta Negra – Brazil Long-standing relationship and commitment to the environment with Wärtsilä engines ▪ Gas Conversion power plant, a major upgrade that lowers the costs and emissions while improving reliability in the North of Brazil. ▪ By converting to pure gas and signing up to long-term servic
Slide 60: Red Gate – USA
Red Gate – USA High efficiency and lower emissions with Wärtsilä engines ▪ Natural gas engines to meet the growing demand for electricity in South Texas ▪ The high efficiency of the engines result in fewer emissions of CO2 than simple cycle gas turbine solutions 12 Wärtsilä 50SG engines producing 22
Slide 61: Lower Colorado River Authority (LCRA) – USA
Lower Colorado River Authority (LCRA) – USA The economic growth, population increase and increase of blue-chip companies in the area have created the need for additional generating capacity to meet Texas’ growing need for power. Wärtsilä will supply the generating equipment for a new peaker power pl
Slide 62: Plains End I & II – USA
Plains end I & II – USA Gas power generation to support grid stability in Colorado ▪ The new plant copes with the sudden load swings caused frequently by the high proportion of intermittent wind-driven generating capacity in the area ▪ Upgrading to Wärtsilä’s 0.9% pre-chamber provided extra room for
Slide 63: Yamama Cement Company – Saudi Arabia
Yamama Cement Company – Saudi Arabia Yamama Cement Company turned to Wärtsilä for a solution that would maximise the efficiency of their power generation, according to the requirements of the Saudi 2030 vision. The Saudi Arabia’s largest-to-date engine plant installation produces 198 MW with 12 Wärt
Slide 64: IPP4 – Jordan
IPP4 – Jordan To fulfil their power production agreement (PPA), IPP4 power plant needed to be commissioned for gas operation within a tight schedule. Wärtsilä prepared procedure documentation and commissioning from HFO to gas operation of 16 Wärtsilä 18V50DF engines in a fast- track project. Running
Slide 65: Tokyo Gas Engineering Solutions (TGES) – Japan
Tokyo Gas Engineering Solutions (TGES) – Japan Wärtsilä power plant boosts Japan’s transition to renewable energy. Japan is working toward a major shift in its power mix, looking at achieving 40-50% renewable energy by 2040. Wärtsilä supplied gas engines for TGES’ 100 MW power plant in Sodegaura, Ja
Slide 66: Pesanggaran Bali – Indonesia
Pesanggaran Bali – Indonesia Wärtsilä’s 200 MW flexible baseload power plant with 12 Wärtsilä 50DF engines, ensures a ready, reliable electricity supply to the Bali sub system grid. Its low emission capability and reduced carbon footprint as compared to inflexible generation supports Indonesia’s pat
Slide 67: Arun – Indonesia
Arun – Indonesia Building an optimum generating system The peaking power plant was built to address the need for optimum generating system capable of meeting the peak electricity demand, improving the grid stability. With an output of 184 MW, generated by 19 Wärtsilä 20V34SG engines running on lique
Slide 68: McArthur River Mine – Australia
McArthur River Mine – Australia Continuing and long-lasting partnership McArthur River Mine is one of the world’s largest providers of zinc in bulk concentrate form. Wärtsilä has been a trusted partner for the plant’s power supplier, EDL for many years, delivering gas engines and providing lifecycle
Slide 69: Malicounda – Senegal
Malicounda – Senegal Combining the benefits of a flexible, simple-cycle plant with the outstanding efficiency of a combined cycle plant. Wärtsilä Flexicycle power plants combine the benefits of a flexible, simple-cycle plant with the outstanding efficiency of a combined cycle plant. The Flexicycle s
Slide 70: Paras Energy – Nigeria
Paras Energy – Nigeria Long-lasting partnership since 2008: a tailored approach to supporting the growth ambitions of a privately-owned energy supplier The challenge was to have a dedicated power supply, independent from the grid, capable of supplying the company’s steel production needs, and handli
Slide 71: Sasol New Energy – South Africa
Sasol New Energy – South Africa More efficiency and output with new power plant technology Wärtsilä 34SG based CHP plant Flexible baseload, steam cogeneration 18 x Wärtsilä 20V34SG Total output 175 MW The facility was built to meet SNE’s increased electricity needs while, at the same time, replacing
Slide 72: Kipevu III – Kenya
Kipevu III – Kenya Customer :Kenya Electricity Generating Company Ltd. (KenGen) Type :Wärtsilä 46 power plant Operating mode :Flexible baseload Gensets :7 x Wärtsilä 18V46 Total output :117 MW Fuel :HFO Scope :EPC Delivered :2011 73 ©
Slide 73: Ubungo – Tanzania
Ubungo – Tanzania Customer: Tanesco Type: Wärtsilä 34SG gas power plant Operating mode: Flexible baseload Gensets: 12 x Wärtsilä 20V34SG Total output: 105 MW Fuel: Natural gas Scope: EPC Delivered: 2008 See more in our customer’s video. 74 ©
Slide 74: Geita gold mine – Tanzania
Geita gold mine – Tanzania More efficiency and output with new power plant technology Wärtsilä 32TS based power plant 4 x W32TS Total output 40 MW All four of the plant’s performance targets – availability, net heat rate, power capacity and specific lubricant consumption – have been exceeded during
Slide 75: Wärtsilä leads a 200 MEUR collaboration ecosystem: WISE
Wärtsilä leads a 200 MEUR collaboration ecosystem: WISE The Wide & Intelligent Sustainable Energy (WISE) project aims to develop autonomous zero- emission energy concepts. This five-year collaboration involves over 200 Finnish companies, industrial organisations, research institutes, and universitie
Slide 76: Energy storage & optimisation references
Energy storage & optimisation references 77 ©
Slide 77: AGL Energy Limited – Australia
AGL Energy Limited – Australia Bringing South Australia one major step closer to a 100% renewable energy grid ▪ The flexible capacity provided by the Torrens Island battery balances the intermittency of renewables, thereby supporting grid reliability ▪ The energy storage system enables adaptation to
Slide 78: Energy Australia – Australia
Energy Australia – Australia Will enhance Australia’s infrastructure by providing essential grid stability and supporting the integration of renewables ▪ The project was successful in the first round of the Capacity Investment Scheme (CIS), an Australian Government initiative to encourage new invest
Slide 79: Origin Energy – Australia
Origin Energy – Australia Australia’s largest battery project and one of the largest in the world ▪ The Eraring battery will connect to Australia’s National Electricity Market (NEM), enhancing energy security and reliability in New South Wales as renewable energy supply increases ▪ A critical aspect
Slide 80: EDF Renewables UK & Ireland – UK
EDF Renewables UK & Ireland – UK Energy storage projects accelerating a clean electric future in the UK ▪ The projects contribute to greater UK National Grid stability and flexibility – improving route to market for clean power solutions and reducing carbon footprints ▪ Offers frequency response, el
Slide 81: GIGA Storage BV – Belgium
GIGA Storage BV – Belgium Energy storage system providing grid stabilisation & renewable energy integration ▪ The energy storage project helps to optimise the power system, regulate energy frequency and reliability on the grid, and improve revenues ▪ Employs Wärtsilä’s Quantum solution and the GEMS
Slide 82: Nippon Koei Energy Europe B.V. & Aquila Capital – Belgium
Nippon Koei Energy Europe B.V. & Aquila Capital – Belgium Reliable reserve power & improved grid reliability ▪ The energy storage system helps to regulate fluctuations and supply peak power with stored renewable energy in the grid ▪ The GEMS Digital Energy Platform ensures optimal performance for th
Slide 83: Zenobē – UK
Zenobē – UK Energy storage projects improving the grid’s long-term stability and reliability ▪ Blackhillock is the first in the world to provide stability services to the National Grid Electricity System Operator (NESO) in Scotland, providing crucial grid stabilisation as more renewables are added o
Slide 84: Clearway Energy Group – USA
Clearway Energy Group – USA One of the world’s largest solar-plus-storage project portfolios ▪ Essential grid reliability to balance an increasing mix of renewable generation, leading the states’ clean energy transitions ▪ Includes the Quantum energy storage solution ▪ Features Wärtsilä’s GEMS Digit
Slide 85: Eolian – USA
Eolian – USA Two major interconnected energy storage systems for Texas grid services ▪ The project includes the sophisticated Wärtsilä Quantum energy storage solution and Wärtsilä’s GEMS Digital Energy Platform ▪ The energy storage systems deliver valuable grid support to the Electric Reliability Co
Slide 86: RWE Renewables – USA
RWE Renewables – USA Solar-plus-storage system improves predictability of intermittent generation at hybrid plant in southwestern US ▪ Co-located and DC-coupled with a solar system, allowing improved system efficiency, lower balance of plant costs, and clipped solar recapture ▪ GEMS Digital Energy P
Slide 87: Colbun – Chile
Colbun – Chile Energy storage system accelerates the transition to renewables ▪ The energy storage system supports Colbun in integrating additional renewables in their 230 MWp solar photovoltaic facility ▪ The solution includes the GEMS Digital Energy Platform and the fully integrated Quantum energy
Slide 88: Lifecycle services references
Lifecycle services references 89 ©
Slide 89: Expertise Centre in Houston, Texas delivering 24/7 remote support
Expertise Centre in Houston, Texas delivering 24/7 remote support services for customers Our newest Expertise Centre delivers 24/7 remote support to our U.S. and Canadian energy sector customers. In addition, the Expertise Centre helps 7 power plant operators improve asset Expertise Centres strategi
Slide 90: Xcel Energy – USA
Xcel Energy – USA Long-term service agreements for U.S. power plants Wärtsilä has signed a ten-year Long-Term Optimised Maintenance Agreement with Xcel Energy, covering two new power plants in Minnesota and Wisconsin. The Blue Lake plant will operate with three Wärtsilä 34DF dual-fuel engines (29 MW
Slide 91: Ndola Energy Company Ltd – Zambia
Ndola Energy Company Ltd – Zambia Long-term and successful O&M partnership to ensure reliable power supply in Zambia Ndola Energy Company Ltd (NECL) and Wärtsilä have renewed their Operations & Maintenance (O&M) agreement, continuing a partnership that began in 2013. The 105 MW Ndola power plant, op
Slide 92: Gas conversions accelerate Brazil's journey towards decarbonisation
Gas conversions accelerate Brazil’s journey towards decarbonisation Wärtsilä has successfully converted three Brazilian power plants to natural gas. These major upgrades will lower costs and emissions while improving reliability and efficiency. ▪ The conversions took place in Manaus, in the state of
Slide 93: Grupo Puntacana – Dominican Republic
Grupo Puntacana – Dominican Republic Over 15 years worth of sustainable power generation Wärtsilä provided an engine cogeneration power plant and O&M agreement tailored to Operation Grupo Puntacana’s unique needs ▪ Shared productivity and profitability goals ▪ Aiming to maximise the productive lifet
Slide 94: Termocabo S.A. – Brazil
Termocabo S.A. – Brazil Wärtsilä signed a full Operation and Maintenance (O&M) agreement with Termocabo S.A. The customer’s plant operates with three Wärtsilä 46 engines, and the agreement includes performance guarantees regarding their availability and fuel consumption. 2.7 GW power plant capacity
Slide 95: Rehabilitation at Kaloum 5 power plant – Guinea
Rehabilitation at Kaloum 5 power plant – Guinea Power plant overhaul boosts availability and grid stability The purpose of the station is to improve the power supply on the interconnected network in Guinea A complete overhaul of the engines and alternators, as well as automation upgrades, including
Slide 96: WARTSILA
re, WARTSILA