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   Temporal Aggregation

   The main task of temporal aggregation consists of the complexity reduction of temporally resolved input data in order to keep energy system models mathematically tractable and to reduce the computing time while …

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

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   Spatial Aggregation

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   Spatial Aggregation

   Spatial Aggregation is the aggregation of all data points within a group of ressources over a specific time period (granularity). What does that mean in view of energy systems analysis? Time series such as wind …

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

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   Parallelization Load Balancing

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   High Performance Computing

   The art of high performance computing consists of the optimal distribution of the work, such that all elements of a supercomputer are at every point performing useful computations. For the case of energy system …

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

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   Parallelization

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   Decomposition Methods

   The energy system optimization models we study all have in common that they are very large wherefore we come to the boundaries of what we can compute. Nevertheless, the models are also highly repetitive. For …

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

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   Single-Node Model

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   Single-Node Model

   In order to derive CO2 emissions reduction strategies by analyzing energy system models, these models must describe the energy system and all its sub system extensively. One way of building an energy system is …

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

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    Multi-Node Model

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    Multi-Node Model

    Multi-node models expand the assumptions of single-node models by the spatial dimension. The area of interest is split up into several regions – so-called nodes. Every node is represented by its own supply and …

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

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    FZJ logo

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    RWTH logo

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    FAU logo

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    Project Team at Kick-Off Meeting

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    FINE

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    GLAES

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    tsam

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    Open Source

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    Project Team at Kick-Off Meeting

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