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KIT.TC1.TS1 FlexOffice Thermal MPC - description

Short Description This test case is used to verify that self-consumption of renewable energy sources in a coupled heat and power network improved using distributed power-to-heat appliances...

KIT.TC1.TS1 FlexOffice Thermal MPC test system model implemntation - evaluation

Evaluation of System State and Test Signal Figure E.5 shows typical open-loop trajectories for the given disturbances and fixed input from D4.1. Figure E.6 shows typical closed-loop...

KIT.TC1.TS1 FlexOffice Thermal MPC test system model implemntation - overview

Test System Model Implementation Overview Author / organization: Alexander Engelmann / KIT Implemented Component Models / Implementation Tool: Electrical distribution grid ...

KIT.TC1.TS1 FlexOffice Thermal MPC test system model implemntation - short description

Short Description In this test aims at evaluating the capabilities of a MPC to optimize the system behaviour with respect to the previously defines KPIs and the OF. Specifically, this is...

KIT.TC2 FlexOffice/SmartFab Electrical Peak Shaving - description

Short Description The goal of this test case is to optimize the capacity size of stationary storage batteries for shaving the electrical peak demand from the grid caused by controllable and...

KIT.TC2 FlexOffice/SmartFab Electrical Peak Shaving - details

Test Case Details Meta Data Test objective name KIT.TC2 FlexOffice/SmartFab Electrical Peak Shaving Author /...

KIT.TC2 FlexOffice/SmartFab Electrical Peak Shaving- overview

Test Case Overview Author / organization: Zhichao Wu, Alexander Engelmann / KIT Test objective: Optimization Object Under Investigation: External electric grid peak...

KIT.TC2.TS1 (Electrical Peak Shaving BESS Sizing) - description

Short Description This test case is used to verify that self-consumption of renewable energy sources in a coupled heat and power network improved using distributed power-to-heat appliances...

KIT.TC2.TS1 (Electrical Peak Shaving BESS Sizing) - overview

Test System Model Overview Author / organization: Zhichao Wu / KIT Component Models: - Test Parameters: Time-series input: Solar radiation: Ee Factory electrical load: ...

KIT.TC2.TS1 (Electrical Peak Shaving BESS Sizing) Test System Model Implementation - overview

Test System Model Implementation Overview Author / organization: Zhichao Wu, Alexander Engelmann / KIT Implemented Component Models / Implementation Tool: HeatPump...

KIT.TC2.TS1 (Electrical Peak Shaving BESS Sizing) Test System Model Implementation - short description

Short Description The test aims at shaving electrical peaks in the FlexOffice/SmartFab system. This means that the electrical peak power delivered by the grid should be minimized. The grid...

LMES_COLLECTOPIA_seasonal storage test system model implemntation - overview

Test System Model Implementation Overview Author / organization: Stephan Seidelt, Daniel Fehrenbach / EIFER Implemented Component Models / Implementation Tool: Conversion...

LMES_COLLECTOPIA_seasonal storage test system model implemntation - Short description

Short Description A Local multi energy system (LMES) can consist of many different energy production technologies, such as gas-driven boilers and CHPs, HPs, PV panels, DHN, electricity and...

LMES_COLLECTOPIA_seasonalstorage - description

Short Description A Local multi energy system (LMES) can consist of many different energy production technologies, such as gas-driven boilers and CHPs, HPs, PV panels, DHN, electricity and...

Modelling of renewable electricity self-consumption within the residential sector - overview

Test Case Overview Author / organization: Frank Meinke-Hubeny / VITO-EnergyVille Test objective: characterization Object Under Investigation: Transformer for electricity...

Modelling of renewable electricity self-consumption within the residential sector - description

Short Description This test case is used to characterize the functioning of self-consumption of renewable electricity within the residential sector, either in form of electricity or by...

Modelling of renewable electricity self-consumption within the residential sector - details

Test Case Details Meta Data Test objective name Modelling of renewable electricity self-consumption within the residential sector ...

MPC controller - details

Control Function Details Meta Data Version No. 1 Date 18/05/2018 Author(s) Alexander...

MPC controller - input output

Input and Output Input variables : Oudoor temperature measurments and forecast Solar irradiation measurements and forecast Ground Temperature measurments and forecast ...

MPC controller - overview

Control Function Overview Author / organization: Alexander Engelmann / KIT Versions: 1 Date: 18.05.2018 Methodology: The basic idea of MPC is to repeatedly compute open-Ioop...