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1. - Relevanz: 100%
   (Cold) Dunkelflaute

   The Dunkelflaute describes the simultaneous occurrence of darkness and wind calm. This weather typically occurs in winter and leads to low yields from solar and wind energy in times of seasonally high …

   http://www.metis-platform.de/metis-platform/EN/_Documents/GlossaryEntries/coldDunkelflaute.html

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2. - Relevanz: 100%
   Energy Transition

   The supply of economy and society with energy from sustainable renewable or regenerative energy sources (renewable energies). Through the energy transition, the proportion of fossil fuels such as oil, natural …

   http://www.metis-platform.de/metis-platform/EN/_Documents/GlossaryEntries/energyTransition.html

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3. - Relevanz: 100%
   Project Start

   http://www.metis-platform.de/metis-platform/EN/_Documents/News/2018-10-01_projectStart.html

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   01 Oct 2018
4. - Relevanz: 100%
   WDR Visit

   http://www.metis-platform.de/metis-platform/EN/_Documents/News/2019-02-06_WDRVisit.html

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   06 Feb 2019
5. - Relevanz: 100%
   Complexity Management

   http://www.metis-platform.de/metis-platform/EN/Research/ComplexityManagement/complexityManagement.html

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6. - Relevanz: 100%
   pv_raw

   http://www.metis-platform.de/metis-platform/EN/_Documents/Pictures/pv_raw_640x207.html

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7. - Relevanz: 100%
   pv_agg

   http://www.metis-platform.de/metis-platform/EN/_Documents/Pictures/pv_agg_640x207.html

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8. - Relevanz: 100%
   Temporal Aggregation

   http://www.metis-platform.de/metis-platform/EN/Research/TemporalAggregation/temporalAggregation.html

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9. - Relevanz: 100%
   Spatial Aggregation

   http://www.metis-platform.de/metis-platform/EN/_Documents/Pictures/spatialAggregation_640x383.html

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10. - Relevanz: 100%
    Spatial Aggregation

    http://www.metis-platform.de/metis-platform/EN/Research/SpatialAggregation/spatialAggregation.html

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11. - Relevanz: 100%
    Parallelization Load Balancing

    http://www.metis-platform.de/metis-platform/EN/_Documents/Pictures/parallelisationLoadBalancing_640x380.html

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12. - Relevanz: 100%
    High Performance Computing

    http://www.metis-platform.de/metis-platform/EN/Research/HighPerformanceComputing/highPerformanceComputing.html

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13. - Relevanz: 100%
    Parallelization

    http://www.metis-platform.de/metis-platform/EN/_Documents/Pictures/parallelization_640x337.html

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14. - Relevanz: 100%
    Decomposition Methods

    http://www.metis-platform.de/metis-platform/EN/Research/DecompositionMethods/decompositionMethods.html

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15. - Relevanz: 100%
    Single-Node Model

    http://www.metis-platform.de/metis-platform/EN/_Documents/Pictures/singleNodeModel_640x459.html

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16. - Relevanz: 100%
    Single-Node Model

    http://www.metis-platform.de/metis-platform/EN/Research/SingleNodeModel/singleNodeModel.html

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17. - Relevanz: 100%
    Multi-Node Model

    http://www.metis-platform.de/metis-platform/EN/_Documents/Pictures/multiNodeModel_640x380.html

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18. - Relevanz: 100%
    Multi-Node Model

    http://www.metis-platform.de/metis-platform/EN/Research/MultiNodeModel/multiNodeModel.html

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19. - Relevanz: 100%
    Complexity Management

    Complexity management in energy system modeling evaluates the trade-off between complexity and accuracy. Complexity in models needs to be managed in order to use computational resources and development time …

    http://www.metis-platform.de/metis-platform/EN/Research/complexityManagementTeaser.html

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20. - Relevanz: 100%
    pv_agg

    http://www.metis-platform.de/metis-platform/EN/_Documents/Pictures/pv_agg_340x110.html

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