Search

Short Description The simulation of energy distribution infrastructures has a long and successful tradition in different fields of engineering. Especially in the field of electrical...

Cross-Simulation Goals Goal of the Collectopia cross-simulation is to design the energy infrastructure of Collectopia in order to maximize the use of local energy (electricity from PV and...

Simulation Setup & Configurations System Configuration: In a city in the North of France, the construction of an eco-district aims at promoting the solutions for sustainable and...

Description of Tasks and Workflow In the Collectopia cross-simulation EIFER, EDF and AIT are merging their modelling and simulation expertise. EIFER specializes in designing districts, in...

Results Description of Simulation -- KIT.TC1.TS1 FlexOffice Thermal MPC   Figure 3 shows an open-loop optimal trajectory, which is the solution of OCP for one time instant with...

Short Description of simulation Results We have to distinguish two types of results here: In each time step, we get an open-loop optimal trajectory which is the solution to OCP solved at...

Simulation Setup & Configurations Author / organization: A. Engelmann and T. Faulwasser / KIT Objective Function of Simulation: Weighted sum of KPIs (Comfort Level, Fluctuation...

Results Description of Simulation -- KIT.TC2.TS1 (Electrical Peak Shaving BESS Sizing) The objective function of scenario 1 is approximately monotonic increasing. The optimization converge to...

Simulation Input Test Data Link to test data: Here Storage of Data: SmILES data format Test System Model used for Simulation: KIT.TC2.TS1 (Electrical Peak...

Simulation Setup & Configurations Author / organization: Zhichao Wu + T. Blank / KIT Objective Function of Simulation: Optimization of required battery for peak-shaving ...

Short Description of simulation Results Scenario 1: Capacity of battery: 0 kWh Objective function: E min=4.41×104 EUR/year Scenario 2 Capacity of battery:...

Cross-Simulation Goals Nordhavn’s district heating network Integration in KIT’s model: The goal of this part of the cross-simulation is to validate, that KIT’s...

Simulation Setup & Configurations System Configuration: The system configuration of the Nordhavn to SmartFab/FlexOffice cross-simulation comprises the SmartFab/FlexOffice system...

Description of Tasks and Workflow After the preparation of the test case and test specification documents in the PreCISE format KIT implements the model into its toolchain (Matlab/Simulink)....

Cross-Simulation Goals The methodological approaches for simulation and optimization developed by the two partners AIT and EDF differ on multiple levels. While EDF specializes in design...

Simulation Setup & Configurations System Configuration: Smartdorf reflects the virtual energy situation of a fictional rural village in Austria. It is hosting a small number of...

Description of Tasks and Workflow The practical realization of the PreCISE approach is described in Fig. 2. In the exchange phase, AIT extracts the relevant information for modelling...

Cross-Simulation Goals The main goal of the “SmartFab/FlexOffice to Nordhavn” cross-simulation is of methodological nature, as the cross-simulation is used to develop and...

Simulation Setup & Configurations System Configuration: The SmartFab/FlexOffice to Nordhavn system configuration integrates KIT’s SmartFab/FlexOffice system configuration...

Description of Tasks and Workflow The workflow of the cross-simulation is described by three major steps. In Step 1 KIT prepares the model, controller and data description and package...