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TRANSCRIPT
Presentación Corporativa2018
The scale up of a
technology
Copyright @ Abengoa S.A. All rights reserved
Antón López
28/11/2019
R&D Project Manager
SolPart InfoDay, Toulouse
November, 2019
Industrial heat3The role of Innovation2•
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Who are we?1
The scale up of a technology
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Page 3 Page 6 Page 13
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Scaling up the SolPartproject4
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Page 17
1Abengoa: Who are we?
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Who are we?
Abengoa (MCE: ABG.B) is an international company that applies innovative technology solutions for sustainable development in the infrastructure, energy and water sectors.
Constructing energy infrastructures Generating conventional and renewable energy.
Transporting and distributing energy.
Providing solutions for the integrated water cycle Developing desalination and water treatment processes.
Constructing hydraulic infrastructures.
Being a referent in the transmission and distribution sector Developing transmission lines, electric distribution and railway electrification projects.
Constructing installations and infrastructures for all types of plants and buildings.
Obtaining results in the services area Providing operation and maintenance services for plants optimization.
Managing private assets efficiently.
Furthering new horizons for development and innovation Our 342 accumulated awarded patents since 2008 position us as technological leaders in sectors such as solar thermal technology.
Renewable energy storage and our bet for energy efficiency and water consumption (water-energy nexus).
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Main Magnitudes
Global presence with a recognized position of leadership in main world rankings (ENR, GWI).
9.3 GW of installed power in conventional generation plants, of which 1.4 are under construction.
2.1 GW* solar power constructed, 860 MW under construction, and 480 MW of wind power.
*34 % of solar thermal installed capacity worldwide.
+ 27,000 km of transmission and distribution lines and more than 330 substations worldwide over the last 15 years.
+ 1.7 million of m3/day of desalinated installed capacity and 2 million m3/day under construction.
342 accumulated awarded patents since 2008.
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0100200300400500
2013 2014 2015 2016 2017 2018
Numbers of patents
2The role of Innovation
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Innovation
The need of Innovation
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Abengoa
1500 MW
Global market We compete in global markets and technological advances are also global
Incessant and frantic technological advance Companies and workers must maintain constant technological vigilance, keep up to date and bet on technology Technological progress can erode the margins of a product, eliminate a market product, but also open up new markets. The current rate of technological replacement is unprecedented in history
Strategic planning of technological innovation is needed Resources, time, market, business model, competencies, innovation network, partners, innovation clusters, knowledge.
Innovation Importance of integrate procedures for driving new products to market
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Innovation Stage gate procedure
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Innovation TES PS 10 Demo plant, 9.1 MWht , 4h TES
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Innovation TES development: results
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indicators Total
Patents(2012) 13
Granted % 40
Papers (2016 Q1) 11
Pilot plant 400 ton
Commercial 200.000 tons of
molten salt in TES systems
Demonstration plant for thermal energy storage
Solana (USA)280 MW Parabolic trough plant with six hours of storageCommissioned in Q3 2013
Patents: 13Demo plant
Commercial plant
Innovation Scale up based on innovation and R&D
PS10: 624 hel.
PS20: 1255 hel.
PS10 PS20 !Khi Solar One CSP Cerro Dominador
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3Industrial Heat
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Industrial Heat New oportunities
Electricity32%
Transport22%
Heat & Cold46%
Final Energy Consumption
Source: European Commission, “Heating and Cooling in the European Energy Transition. Challenges and Facts”. Brussels,
2015”
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Industrial Heat Available technologies
Source: Grupo termotecnia, ETSI, Sevilla
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Industrial Heat SolPart project
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4Scaling the SolPartProject
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Scaling-up From Pilot to Commercial
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Power 1 MWth
# Heliostats 63
Area 2835 m2
Scaling-up From Pilot to Commercial
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Power ~150 MWth
# Heliostats 4120
Area ~575x103
m2
Scaling-up Simulation process
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Parametric analysis• Location
• DNI (Ambient conditions)
• Possible configurations
• Plant size
• Expected solar coverage
• Thermal storage
Scaling-up Simulation results
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Scaling-up Proposed configuration
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Closure Main ideas
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► Innovation
‒ Global market
‒ Technological advance
‒ Strategic decision-making
►Scale up
‒ Stage-gate methodology
‒ Validation through experience
‒ Accumulated know-how
