2 VOLUME THERMAL STORAGE Implementation
2VolumeThermalStorage Component Model implementation - title
2VolumeThermalStorage Component Model Implementation
2VolumeThermalStorage Component Model implementation - overview
2VolumeThermalStorage Component Model Implementation - Overview
Author / organization: Matthildi Apostolou / EDF
Used Compoent model specification: 2 Volume Thermal Storage Specificaion
Model of computation:
- Other, please specify: to be used by an optimization algorithm
Simulation description: given a specific heat demand profile, this test allows the sizing of a storage tank when coupled with a production unit. Temperatures are fixed for both sides in order to allow the simulation models that do not account for the temperature level match to run the optimisation. The objective function is the minimisation of the total exergy consumed. The production unit and the storage tank can be used to satisfy the demand.
- Dymola and MATLAB/Simulink
- AnyLogic or MATLAB/SimEvents
Battery KIT - Related Documents
2VolumeThermalStorage Component Model implementation - short description
A simple model of a thermal storage tank with two layers (hot and cold volume). The temperature of each layer is stable (not varying during the study period), whereas the volume of each layer is varying in order to meet the charging/ discharging requirements.
Present use / development status
The model allows, by considering the energy conservation in each layer, the sizing of the storage tank (in terms of total volume and temperature level of each zone) and the optimisation of its operation (charging/discharging). The model is therefore useful for the sizing of this component at the design phase of the optimisation of multi-energy systems.
2VolumeThermalStorage Component Model implementation - related documents
Source Code of the Implemented Result Object
Name: Matthildi Apostolou / EDF