Colbun Sa · BCS:COLBUN

Colbun Sa — Voces con Energía (August 2024)

91 slides from Colbun Sa's conference presentation, Aug 8, 2024

  1. Slide 1: Towards a Responsible Transition

    Towards a Responsible Transition Voces con Energía 8th August 2024 Michael Liebreich Founder and CEO Liebreich Associates

  2. Slide 2: Overview

    Overview 1. Global Trends 2. Hydrogen 3. Thoughts on Chile Source: Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  3. Slide 3: The 2020s in energy history

    The 2020s in energy history The Great Price Spike The Great • Post-Covid recovery Clean Energy • Quantitative tightening Acceleration • Russian invasion of Ukraine Source: Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  4. Slide 4: Global new investment in renewable energy by sector

    Global new investment in renewable energy by sector Source: BNEF Energy Transition Investment Trends 2023 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  5. Slide 5: Global new investment in renewable energy by sector

    Global new investment in renewable energy by sector Source: BNEF Energy Transition Investment Trends 2023 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  6. Slide 6: Global new investment in renewable energy by sector

    Global new investment in renewable energy by sector The Great Clean Energy Acceleration Source: BNEF Energy Transition Investment Trends 2023 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  7. Slide 7: Great solar acceleration – time to install 1GW

    Great solar acceleration – time to install 1GW 2004: One year Source: Kees van der Leun 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  8. Slide 8: Great solar acceleration – time to install 1GW

    Great solar acceleration – time to install 1GW 2004: 2010: One year One month Source: Kees van der Leun 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  9. Slide 9: Great solar acceleration – time to install 1GW

    Great solar acceleration – time to install 1GW 2004: 2010: 2016: One year One month One week Source: Kees van der Leun 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  10. Slide 10: Great solar acceleration – time to install 1GW

    Great solar acceleration – time to install 1GW 2004: 2010: 2016: 2023: One year One month One week One day Source: Kees van der Leun 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  11. Slide 11: Global share of power generation by source

    Global share of power generation by source 1985 - 2023 Source: Ember, Energy Institute, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  12. Slide 12: Global share of power generation by source

    Global share of power generation by source 1985 - 2023 Source: Ember, Energy Institute, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  13. Slide 13: Global share of power generation by source

    Global share of power generation by source 1985 - 2023 Source: Ember, Energy Institute, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  14. Slide 14: COP Dubai

    COP 28 Dubai Tripling renewable energy capacity globally and doubling the global average annual rate of energy efficiency improvements by 2030 Sultan Al Jaber COP28 President and CEO of ADNOC Image: UNFCCC/COP28 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  15. Slide 15: Renewables expected to double

    Renewables expected to double Under existing policies and market conditions, global renewable capacity is forecast to reach 7 300 GW by 2028. This growth trajectory would see global capacity increase to 2.5 times its current level by 2030 Fatih Birol Executive Director of the IEA Image: Wikimedia Co

  16. Slide 16: Negative prices in the EU and US

    Negative prices in the EU and US Europe wholesale spot prices, Whitsunday 2023 US wholesale pricing nodes, negative prices 2022 Sources: Gerard Reid, Ryan Wiser, Lawrence Berkeley National Lab 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  17. Slide 17: Hours of zero or negative power prices – UK

    Hours of zero or negative power prices – UK Source: Modo 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  18. Slide 18: Hours of zero or negative power prices – UK

    Hours of zero or negative power prices – UK Source: Modo 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  19. Slide 19: Time of day mismatch - Zero price hours in Chile

    Time of day mismatch - Zero price hours Hours in Chile Note: there are 8760 hours in a year Source: CEN, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  20. Slide 20: Keeping the lights on - the age of gas?

    Keeping the lights on - the age of gas? Gas peaking plants Image: Thomas P Peschak 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  21. Slide 21: Keeping the lights on - the age of batteries

    Keeping the lights on - the age of batteries Gas peaking plants Batteries Image: Thomas P Peschak 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  22. Slide 22: Keeping the lights on – the age of electrification

    Keeping the lights on – the age of electrification Images: Rivian; Daikin; Heaten 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  23. Slide 23: Keeping the lights on – electric transport

    Keeping the lights on – electric transport Images: Rivian; Daikin; Heaten 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  24. Slide 24: EV sales

    EV sales Global EV share of passenger vehicle sales EV share of passenger vehicle sales in Europe One car in five sold worldwide is electric Note: Data as of Q1 2024 Source: BNEF 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  25. Slide 25: EU heat pump installations

    EU heat pump installations Source: EHPA 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  26. Slide 26: US heat pump v. gas furnace sales

    US heat pump v. gas furnace sales Heap pumps have outsold gas furnaces since 2020 Gas furnaces Source: MIT Technology Review, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  27. Slide 27: Keeping the lights on – industrial electrification

    Keeping the lights on – industrial electrification Images: Rivian; Daikin; Heaten 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  28. Slide 28: Industrial heat pumps

    Industrial heat pumps Up to 200C Also work for high- heat and steam temperature district heat Images: Heaten; Mitsubishi, Star Renewables 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  29. Slide 29: Wild card: data centres

    Wild card: data centres Image: FreePix, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  30. Slide 30: Hydrogen

    Hydrogen Image: Wikimedia Commons 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  31. Slide 31: Hydrogen futurism – 1875

    Hydrogen futurism – 1875 Water will one day be employed as fuel, that hydrogen and oxygen which constitute it, used singly or together, will furnish an inexhaustible source of heat and light, of an intensity of which coal is not capable. Jules Verne, Mysterious Island Image: Wikimedia Commons 8th Au

  32. Slide 32: Clean Hydrogen Society

    Clean Hydrogen Society Shifting to and developing a hydrogen society is critical for achieving decarbonization Japanese Prime Minister Fumio Kishida 19 April 2022, visiting liquid hydrogen terminal, Hyogo Image: Nippon.com 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  33. Slide 33: Hydrogen economy

    Hydrogen economy Instead of the gas currently used for industry, heating and fuels, we will ensure hydrogen – the gas of the future – can be used, and we will create a huge boom Olaf Scholz, German Chancellor September 2022 Image: DW 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  34. Slide 34: Clean Hydrogen Swiss Army Knife

    Clean Hydrogen Swiss Army Knife Clean hydrogen is the “ k ” of zero-carbon technologies Jennifer Granholm, US Energy Secretary Image: Wikimedia Commons 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  35. Slide 35: Clean Hydrogen Swiss Army Knife

    Clean Hydrogen Swiss Army Knife Short-haul aviation Chemicals Light aviation Aviation & processes Local CO2 remediation Desulphurisation Shipping Long-haul aviation & shipping Hydrocracking Fertiliser Local ferries Chemical feedstock Coastal and river vessels Methanol Hydrogenation Medium-haul aviat

  36. Slide 36: Hydrogen strategies – 2024

    Hydrogen strategies – 2024 National hydrogen strategy in place National hydrogen strategy in preparation No activity Not assessed Source: BloombergNEF 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  37. Slide 37: 150 years into hydrogen economy…

    150 years into hydrogen economy… 100 million tons per year, $150 billion market Source: IEA Global Hydrogen Review 2023 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  38. Slide 38: 150 years into hydrogen economy…

    150 years into hydrogen economy… 100 million tons per year, $150 billion market Electrolysis 0.1% Source: IEA Global Hydrogen Review 2023 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  39. Slide 39: Global announced hydrogen projects

    Global announced hydrogen projects Source: IEA Hydrogen Review 2023 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  40. Slide 40: Clean hydrogen project status

    Clean hydrogen project status By number of projects By production volume 14% 12% 1% 7% Source: BNEF, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  41. Slide 41: Green hydrogen cost: hydrogen strategies vs out-turn

    Green hydrogen cost: hydrogen strategies vs out-turn $ 2020/kg Key: National Strategies Analyst Reports Target $1 Source: Various, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  42. Slide 42: Green hydrogen cost: hydrogen strategies vs out-turn

    Green hydrogen cost: hydrogen strategies vs out-turn $ 2020/kg Key: TNO National Strategies Analyst Reports UK Auction Results TotalEnergies BCG ArcelorMittal Target $1 Source: Various, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  43. Slide 43: The promise for Chile (2020)

    The promise for Chile (2020) Source: McKinsey & Co Chilean Clean Hydrogen Pathway 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  44. Slide 44: Cost of imported hydrogen, Austria/ Germany (2040)

    Cost of imported hydrogen, Austria/ Germany (2040) Optimistic Scenario Pessimistic Scenario Note: Dutch TTF Natural gas prices as of Sept 2023. Source: AIT, Bloomberg, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  45. Slide 45: Cost of imported hydrogen, Austria/ Germany (2040)

    Cost of imported hydrogen, Austria/ Germany (2040) Optimistic Scenario Pessimistic Scenario Gray hydrogen plus carbon price €2/kg Note: Dutch TTF Natural gas prices as of Sept 2023. Source: AIT, Bloomberg, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  46. Slide 46: Cost of imported hydrogen, Austria/ Germany (2040)

    Cost of imported hydrogen, Austria/ Germany (2040) Optimistic Scenario Pessimistic Scenario Gray hydrogen plus Imports from Chile carbon price €2/kg €5 - €9/kg Note: Dutch TTF Natural gas prices as of Sept 2023. Source: AIT, Bloomberg, Liebreich Associates 8th August 2024 Voces con Energía @Cleaning

  47. Slide 47: Hydrogen’s missing trillions

    Hydrogen’s missing trillions Each million tons per year of hydrogen… …equals one billion kg Source: Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  48. Slide 48: Hydrogen’s missing trillions

    Hydrogen’s missing trillions Each million tons per year of hydrogen… …equals one billion kg So each dollar per kg of cost disadvantage… …equals a billion dollars per year of missing money Source: Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  49. Slide 49: Hydrogen’s missing trillions

    Hydrogen’s missing trillions Each million tons per year of hydrogen… …equals one billion kg So each dollar per kg of cost disadvantage… …equals a billion dollars per year of missing money But each project needs a fifteen-year offtake agreement… …which requires $15 billion bankable subsidy or green p

  50. Slide 50: Hydrogen’s missing trillions

    Hydrogen’s missing trillions $3/kg cost gap translates into Each million tons per year of hydrogen… …equals one billion kg $45billion of required subsidy per million tons So each dollar per kg of cost disadvantage… …equals a billion dollars per year of missing money But each project needs a fifteen-

  51. Slide 51: Experience curves

    Experience curves Solar Modules (28%) Batteries (18%) Wind (15%) Source: Schmidt et al., BNEF, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  52. Slide 52: Green Hydrogen – TNO Holland Cost Study

    Green Hydrogen – TNO Holland Cost Study Levelised Cost (€/kg) Unit Capital Cost (€/kWe) Contingency Note: Assumes 100 MWe alkaline/PEM electrolyser; 9.5% WACC; 4,800 FLH based Source: TNO 2024, based on survey responses of current projects on grid carbon intensity lower than SMR; €75/MWh electricity

  53. Slide 53: Green Hydrogen – TNO Holland Cost Study

    Green Hydrogen – TNO Holland Cost Study Levelised Cost (€/kg) Unit Capital Cost (€/kWe) Contingency Electrolyser stack 11% of total cost Note: Assumes 100 MWe alkaline/PEM electrolyser; 9.5% WACC; 4,800 FLH based Source: TNO 2024, based on survey responses of current projects on grid carbon intensit

  54. Slide 54: Green Hydrogen – TNO Holland Cost Study

    Green Hydrogen – TNO Holland Cost Study Levelised Cost (€/kg) Unit Capital Cost (€/kWe) Electricity 40% of total cost Contingency Electrolyser stack 11% of total cost Note: Assumes 100 MWe alkaline/PEM electrolyser; 9.5% WACC; 4,800 FLH based Source: TNO 2024, based on survey responses of current pr

  55. Slide 55: Green Hydrogen – TNO Holland Cost Study

    Green Hydrogen – TNO Holland Cost Study Levelised Cost (€/kg) Unit Capital Cost (€/kWe) Electricity 40% of total cost Contingency Electrolyser stack 11% of total cost Note: Assumes 100 MWe alkaline/PEM electrolyser; 9.5% WACC; 4,800 FLH based Source: TNO 2024, based on survey responses of current pr

  56. Slide 56: Green Hydrogen – TNO Holland Cost Study

    Green Hydrogen – TNO Holland Cost Study Levelised Cost (€/kg) Unit Capital Cost (€/kWe) Electricity Heavy 40% electrical of total engineering cost Contingency plus maintenance 40% of total cost Electrolyser stack 11% of total cost Note: Assumes 100 MWe alkaline/PEM electrolyser; 9.5% WACC; 4,800 FLH

  57. Slide 57: Hydrogen challenges

    Hydrogen challenges Production Transportation Storage Distribution Use • Expensive Source: Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  58. Slide 58: Hydrogen challenges

    Hydrogen challenges Production Transportation Storage Distribution Use • Expensive • Expensive • Small-scale: • Expensive • Existing uses: (except by expensive price-sensitive pipeline) • Large-scale: • New uses: unproven expensive Source: Liebreich Associates 8th August 2024 Voces con Energía @Clea

  59. Slide 59: Electric vs hydrogen car sales, global quarterly

    Electric vs hydrogen car sales, global quarterly Battery electric vehicles (inc. PHEVs) Hydrogen fuel cell vehicles Source: BloombergNEF; Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  60. Slide 60: Electric vs hydrogen car sales, global quarterly

    Electric vs hydrogen car sales, global quarterly Battery electric vehicles (inc. PHEVs) Hydrogen fuel cell vehicles Source: BloombergNEF; Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  61. Slide 61: Passenger fuel cell vehicle sales

    Passenger fuel cell vehicle sales Source: BloombergNEF; Marklines; Ferrari 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  62. Slide 62: Passenger fuel cell vehicle sales

    Passenger fuel cell vehicle sales Ferrari sales 2023 Source: BloombergNEF; Marklines; Ferrari 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  63. Slide 63: How it started… how it’s going – H2 buses

    How it started… how it’s going – H2 buses December 2019 November 2023 Source: Hydrogen Fuel News, Hydrogen Insight 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  64. Slide 64: How it started… how it’s going – H2 trains

    How it started… how it’s going – H2 trains August 2022 August 2023 Source: Al Jazeera, Hydrogen Insight 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  65. Slide 65: Hydrogen and heavy goods vehicles

    Hydrogen and heavy goods vehicles We decided to invest in a European network of hydrogen filling stations for , ’ I think electricity is going to carry the day because of progress on batteries and light vehicles. Patrick Pouyanné CEO Total Energies Image: Wikimedia Commons 8th August 2024 Voces con

  66. Slide 66: Imported green ammonia electricity generation efficiency

    Imported green ammonia electricity generation efficiency (Energy balance) Manufacturing Generation, Electrolysis, Air Separation Haber Bosh Liquefaction Shipping Ammonia firing AC/DC conversion and Oxygen transmission O2 by- losses product (60 kt) Electricity (50 GWh) Electricity Hydrogen Haber Bosc

  67. Slide 67: Imported green ammonia electricity generation efficiency

    Imported green ammonia electricity generation efficiency (Energy balance) Manufacturing Generation, Electrolysis, Air Separation Haber Bosh Liquefaction Shipping Ammonia firing AC/DC conversion and transmission O2 Oxygen by- Green Ammonia losses product Electricity (60 kt) with end-to-end (50 GWh) e

  68. Slide 68: Hydrogen aviation: the figures for Chile

    Hydrogen aviation: the figures for Chile Jet fuel use 2022 1.3 million tonnes Equivalent hydrogen demand 480,000 tonnes Energy content 16.1 TWh Equivalent to 24/7 power 1.8 GW Liquefaction losses 1.0 GW Production losses 0.5 GW Total power demand 3.3 GW • 50% of Chile’s total power production • Liqu

  69. Slide 69: Hydrogen storage options (long-duration)

    Hydrogen storage options (long-duration) Hydrogen gas e-Methanol e-Methane Ammonia DME LOHC Metal Hydrides 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  70. Slide 70: Hydrogen storage options (long-duration)

    Hydrogen storage options (long-duration) Ease/cost of Ease/cost of Ease/cost of Ease/cost of Ease/cost of Ease of Ease of Ease of Ease of production transport storage distribution Easeuse of Use Production Transportation Storage Distribution Hydrogen gas e-Methanol e-Methane Ammonia DME LOHC Metal H

  71. Slide 71: Hydrogen storage options (long-duration)

    Hydrogen storage options (long-duration) Ease/cost of Ease/cost of Ease/cost of Ease/cost of Ease/cost of Ease of Ease of Ease of Ease of production transport storage distribution Easeuse of Use Production Transportation Storage Distribution Hydrogen gas e-Methanol e-Methane Ammonia DME LOHC Metal H

  72. Slide 72: Hydrogen Ladder 5.0

    Hydrogen Ladder 5.0 Key: No real alternative Electricity/batteries Biomass/biogas Other Unavoidable A Fertiliser Hydrogenation Methanol Hydrocracking Desulphurisation B Shipping* Jet Aviation** Chemical Feedstock Steel Long Duration Grid Balancing C Coastal and river vessels Non-Road Mobile Machiner

  73. Slide 73: Hydrogen Ladder 5.0

    Hydrogen Ladder 5.0 Key: No real alternative Electricity/batteries Biomass/biogas Other Unavoidable A Fertiliser Hydrogenation Methanol Hydrocracking Desulphurisation B Shipping* Jet Aviation** Chemical Feedstock Steel Long Duration Grid Balancing C Coastal and river vessels Non-Road Mobile Machiner

  74. Slide 74: Hydrogen Ladder 5.0

    Hydrogen Ladder 5.0 Key: No real alternative Electricity/batteries Biomass/biogas Other Unavoidable A Fertiliser Hydrogenation Methanol Hydrocracking Desulphurisation B Shipping* Jet Aviation** Chemical Feedstock Steel Long Duration Grid Balancing C Coastal and river vessels Non-Road Mobile Machiner

  75. Slide 75: Hydrogen Ladder 5.0

    Hydrogen Ladder 5.0 Key: No real alternative Electricity/batteries Biomass/biogas Other Unavoidable A Fertiliser Hydrogenation Methanol Hydrocracking Desulphurisation B Shipping* Jet Aviation** Chemical Feedstock Steel Long Duration Grid Balancing C Coastal and river vessels Non-Road Mobile Machiner

  76. Slide 76: Hydrogen Ladder 5.0

    Hydrogen Ladder 5.0 Key: No real alternative Electricity/batteries Biomass/biogas Other Unavoidable A Fertiliser Hydrogenation Methanol Hydrocracking Desulphurisation B Shipping* Jet Aviation** Chemical Feedstock Steel Long Duration Grid Balancing C Coastal and river vessels Non-Road Mobile Machiner

  77. Slide 77: Chile – postcard from the future?

    Chile – postcard from the future? 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  78. Slide 78: Electricity in Chile 2000-2023

    Electricity in Chile 2000-2023 Power mix Emissions Source: Ember, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  79. Slide 79: Three great renewable energy mismatches

    Three great renewable energy mismatches Location Time of day Season Images: Freepik (juicy_fish, rawpixel.com) 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  80. Slide 80: Locational mismatch

    Locational mismatch Demand Solar Wind Source: CEN, Global Solar Atlas, Global Wind Atlas, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  81. Slide 81: Time of day mismatch

    Time of day mismatch Summer Winter , , , , , , , , , , , , , , , , , , Notes: Data is average generation at each hour per season in 2023 Source: CEN, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  82. Slide 82: Time of day mismatch – future

    Time of day mismatch – future Summer Winter , , , , , , , , , , , , , , , , , , Notes: Wind and solar are scaled up to meet aggregate demand across the year Source: CEN, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  83. Slide 83: Seasonal mismatch

    Seasonal mismatch 4.6 TWh 5% annual demand Note: Wind, solar and demand are 2023 data, hydro uses an average of 2016-2023 for a more representative shape. Wind and solar are scaled to meet aggregate demand Source: Ember, Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebrei

  84. Slide 84: Towards an affordable, resilient, clean grid

    Towards an affordable, resilient, clean grid Months to weeks Days to hours Minutes to milliseconds RIDE THROUGH BALANCE WITHOUT ENSURE SEASONS AND EXTREMES LOAD SHEDDING POWER QUALITY Demand Variable supply Source: Liebreich Associates 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

  85. Slide 85: Towards an affordable, resilient, clean grid

    Towards an affordable, resilient, clean grid Months to weeks Days to hours Minutes to milliseconds RIDE THROUGH BALANCE WITHOUT ENSURE SEASONS AND EXTREMES LOAD SHEDDING POWER QUALITY Demand Variable supply Current Over- Pumped Battery Smart Demand Plan: capacity storage storage charging response So

  86. Slide 86: Towards an affordable, resilient, clean grid

    Towards an affordable, resilient, clean grid Months to weeks Days to hours Minutes to milliseconds RIDE THROUGH BALANCE WITHOUT ENSURE SEASONS AND EXTREMES LOAD SHEDDING POWER QUALITY Demand Variable supply Current Over- Pumped Battery Smart Demand Plan: capacity storage storage charging response (B

  87. Slide 87: Towards an affordable, resilient, clean grid

    Towards an affordable, resilient, clean grid Months to weeks Days to hours Minutes to milliseconds RIDE THROUGH BALANCE WITHOUT ENSURE SEASONS AND EXTREMES LOAD SHEDDING POWER QUALITY Demand Variable supply Current Over- Pumped Battery Smart Demand Plan: capacity storage storage charging response (B

  88. Slide 88: Towards an affordable, resilient, clean grid

    Towards an affordable, resilient, clean grid Months to weeks Days to hours Minutes to milliseconds RIDE THROUGH BALANCE WITHOUT ENSURE SEASONS AND EXTREMES LOAD SHEDDING POWER QUALITY Demand Variable supply Digitisation Current Over- Pumped Battery Smart Demand Plan: capacity storage storage chargin

  89. Slide 89: Towards an affordable, resilient, clean grid

    Towards an affordable, resilient, clean grid Months to weeks Days to hours Minutes to milliseconds RIDE THROUGH BALANCE WITHOUT ENSURE SEASONS AND EXTREMES LOAD SHEDDING POWER QUALITY Demand Transmission & interconnections Variable supply Digitisation Current Over- Pumped Battery Smart Demand Plan:

  90. Slide 90: Towards an affordable, resilient, clean grid

    Towards an affordable, resilient, clean grid Months to weeks Days to hours Minutes to milliseconds RIDE THROUGH BALANCE WITHOUT ENSURE SEASONS AND EXTREMES LOAD SHEDDING POWER QUALITY Demand Transmission & Power market interconnections reform Variable supply Digitisation Current Over- Pumped Battery

  91. Slide 91: Thanks!

    Thanks! michael@liebreichassociates.com www.liebreich.com @mliebreich 8th August 2024 Voces con Energía @CleaningUpPod @mliebreich

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