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  • Home
  • Executive Summary
    • Forewords & Introduction
    • 1. A new TYNDP 2022
    • 2. The Gas Infrastructure
    • 3. TYNDP 2024 on its way
    • Additional Information
  • Infrastructure
    • 1. Introduction
    • 2. Gas Infrastructure and ­European Energy Policy
    • 3. Existing capacities and Project Data Collection process
    • 4. Project Status and Infrastructure Levels
    • 5. Analysis of Promoters’ Submissions
    • 6. Promoters’ Submissions for ­Natural Gas
    • 7. Promoters’ Submissions for HYD, RET, Bio and OTH Investments
    • 8. Incremental Capacity process
    • Additional Information
  • System Assessment
    • –
      • 1. Introduction
        • Introduction: TYNDP 2022
      • 2. Feedback Section
        • 2.1 From draft to final TYNDP 2022
        • 2.2 ACER Opinion and Recommendations
        • 2.3 Public consulation and stakeholder feedback
      • 3. Sustainability and Independence
        • 3.1 A sustainability-oriented TYNDP
        • 3.2 COP 21 scenarios meet the 2030 targets
        • 3.3 Adjustment of the TYNDP 2022 to REPowerEU
        • 3.4 Hydrogen TYNDP 2022
        • 3.5 Conclusion
      • 4. Security of supply needs
        • 4.1 Demand elasticity
        • 4.2 Infrastructure levels
    • –
      • 5. Sustainability
        • 5.1 2030 Yearly CO2 Emissions
        • 5.2 2040 Yearly CO2 Emissions
        • 5.3 2050 Yearly CO2 Emissions
      • 6. Supply Mixes
        • 6.1 Supply mixes under peak demand situations
        • 6.2 Supply mixes for Yearly demand
      • 7. Reference Case
        • Simulation Results
        • 7.1 Yearly demand
        • 7.2 2-Week Cold Spell Demand
        • 7.3 2-Week Dunkelflaute Demand
        • 7.4 Peak Demand
    • –
      • 8. Russia Methane Supply Disruption
        • 8.1 Yearly Demand
        • 8.2 2-Week Cold Spell Demand
        • 8.3 2-Week Dunkelflaute Demand
        • 8.4 Peak Demand
      • 9. North Africa Hydrogen Supply Disruption
        • 9.1 Yearly Demand
        • 9.2 2-Week Cold Spell Demand
        • 9.3 2-Week Dunkelflaute Demand
        • 9.4 Peak Demand
    • –
      • 10. Norway Hydrogen Supply Disruption
        • 10.1 Yearly Demand
        • 10.2 2-Week Cold Spell Demand
        • 10.3. 2-Week Dunkelflaute Demand
        • 10.4 Peak Demand
      • 11. Ukrainian Hydrogen Supply Disruption
        • 11.1 Yearly Demand
        • 11.2 2-Week Cold Spell Demand
        • 11.3 2-Week Dunkelflaute Demand
        • 11.4 Peak Demand
    • –
      • 12. Liquefied Hydrogen Supply Disruption
        • 12.1 Yearly Demand
        • 12.2 2-Week Cold Spell Demand
        • 12.3 2-Week Dunkelflaute Demand
        • 12.4 Peak Demand
      • 13. Single Largest Infrastructure Disruption (SLID) – Methane
        • 13.1 Existing Infrastructure – Methane
        • 13.2 Advanced Infrastructure – Methane
        • 13.3 PCI Infrastructure – Methane
        • 13.4 Existing Infrastructure – Hydrogen
        • 13.5 Advanced Infrastructure – Hydrogen
        • 13.6 PCI Infrastructure – Hydrogen
    • –
      • 14. Single Largest Capacity Disruption (SLCD) – Hydrogen
        • 14.1 Existing Infrastructure – Methane
        • 14.2 Advanced Infrastructure – Methane
        • 14.3 PCI Infrastructure – Methane
        • 14.4 Existing Infrastructure – Hydrogen
        • 14.5 Advanced Infrastructure – Hydrogen
        • 14.6 PCI Infrastructure – Hydrogen
      • 15. Supply adequacy in North-West Europe
        • The challenge of L-Gas areas
      • Additional Information
        • List of Abbrevations
        • Country Codes
        • Legal Disclaimer
        • Publishing Info
  • Visualisation Platform
  • Scenarios
  • Downloads
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    • Home
    • Executive Summary
      • Forewords & Introduction
      • 1. A new TYNDP 2022
      • 2. The Gas Infrastructure
      • 3. TYNDP 2024 on its way
      • Additional Information
    • Infrastructure
      • 1. Introduction
      • 2. Gas Infrastructure and ­European Energy Policy
      • 3. Existing capacities and Project Data Collection process
      • 4. Project Status and Infrastructure Levels
      • 5. Analysis of Promoters’ Submissions
      • 6. Promoters’ Submissions for ­Natural Gas
      • 7. Promoters’ Submissions for HYD, RET, Bio and OTH Investments
      • 8. Incremental Capacity process
      • Additional Information
    • System Assessment
      • –
        • 1. Introduction
          • Introduction: TYNDP 2022
        • 2. Feedback Section
          • 2.1 From draft to final TYNDP 2022
          • 2.2 ACER Opinion and Recommendations
          • 2.3 Public consulation and stakeholder feedback
        • 3. Sustainability and Independence
          • 3.1 A sustainability-oriented TYNDP
          • 3.2 COP 21 scenarios meet the 2030 targets
          • 3.3 Adjustment of the TYNDP 2022 to REPowerEU
          • 3.4 Hydrogen TYNDP 2022
          • 3.5 Conclusion
        • 4. Security of supply needs
          • 4.1 Demand elasticity
          • 4.2 Infrastructure levels
      • –
        • 5. Sustainability
          • 5.1 2030 Yearly CO2 Emissions
          • 5.2 2040 Yearly CO2 Emissions
          • 5.3 2050 Yearly CO2 Emissions
        • 6. Supply Mixes
          • 6.1 Supply mixes under peak demand situations
          • 6.2 Supply mixes for Yearly demand
        • 7. Reference Case
          • Simulation Results
          • 7.1 Yearly demand
          • 7.2 2-Week Cold Spell Demand
          • 7.3 2-Week Dunkelflaute Demand
          • 7.4 Peak Demand
      • –
        • 8. Russia Methane Supply Disruption
          • 8.1 Yearly Demand
          • 8.2 2-Week Cold Spell Demand
          • 8.3 2-Week Dunkelflaute Demand
          • 8.4 Peak Demand
        • 9. North Africa Hydrogen Supply Disruption
          • 9.1 Yearly Demand
          • 9.2 2-Week Cold Spell Demand
          • 9.3 2-Week Dunkelflaute Demand
          • 9.4 Peak Demand
      • –
        • 10. Norway Hydrogen Supply Disruption
          • 10.1 Yearly Demand
          • 10.2 2-Week Cold Spell Demand
          • 10.3. 2-Week Dunkelflaute Demand
          • 10.4 Peak Demand
        • 11. Ukrainian Hydrogen Supply Disruption
          • 11.1 Yearly Demand
          • 11.2 2-Week Cold Spell Demand
          • 11.3 2-Week Dunkelflaute Demand
          • 11.4 Peak Demand
      • –
        • 12. Liquefied Hydrogen Supply Disruption
          • 12.1 Yearly Demand
          • 12.2 2-Week Cold Spell Demand
          • 12.3 2-Week Dunkelflaute Demand
          • 12.4 Peak Demand
        • 13. Single Largest Infrastructure Disruption (SLID) – Methane
          • 13.1 Existing Infrastructure – Methane
          • 13.2 Advanced Infrastructure – Methane
          • 13.3 PCI Infrastructure – Methane
          • 13.4 Existing Infrastructure – Hydrogen
          • 13.5 Advanced Infrastructure – Hydrogen
          • 13.6 PCI Infrastructure – Hydrogen
      • –
        • 14. Single Largest Capacity Disruption (SLCD) – Hydrogen
          • 14.1 Existing Infrastructure – Methane
          • 14.2 Advanced Infrastructure – Methane
          • 14.3 PCI Infrastructure – Methane
          • 14.4 Existing Infrastructure – Hydrogen
          • 14.5 Advanced Infrastructure – Hydrogen
          • 14.6 PCI Infrastructure – Hydrogen
        • 15. Supply adequacy in North-West Europe
          • The challenge of L-Gas areas
        • Additional Information
          • List of Abbrevations
          • Country Codes
          • Legal Disclaimer
          • Publishing Info
    • Visualisation Platform
    • Scenarios
    • Downloads