Work package 1. Low-level microgrid control |
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Activity |
Activity result |
Collaborators
(Duration of activity) |
T1.1. Research on concept for overall hierarchical control of DC microgrids in both islanded and grid-connected operation, with integrated power flows optimization from/to the microgrid storages |
D1.1.1. Technical report on the hierarchical control of DC microgrids |
FER, FSB, KIET, DHMZ |
T1.2. Mathematical modelling, identification and variables estimation on experimental setups for batteries, ultracapacitors, flywheel |
D1.2.1. Mathematical models of batteries, ultracapacitors, flywheel for usage in DC microgrids |
FSB |
D1.2.2. Identification and validation procedures for batteries, ultracapacitors and flywheel |
FSB |
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D1.2.3. State of Charge and State of Health estimation procedure for batteries and ultracapacitors |
FSB |
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T1.3. Control of microgrid interfacing power electronics based on primary regulation commands for:
(1) batteries, ultracapacitors and flywheel |
D1.3.1. Microgrid interfacing power electronics control algorithms for batteries, ultracapacitors and flywheel |
FSB, FER |
D1.3.2. Microgrid interfacing power electronics control algorithms for wind and solar REES, electrolyser and fuel cells |
FER, KIET |
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T1.4. Primary regulation for controlling power flow for wind and solar REES, electrolyser, fuel cells, batteries, ultracapacitors and flywheel |
D1.4.1. Combined primary regulation and power electronics control for wind and solar REES, electrolyser, fuel cells |
FER, KIET, FSB |
D1.4.2. Analysis and possible corrections to the primary regulation algorithms based on influence of inherited constraints of standard industrial controllers in primary regulation of REES |
KIET |
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D1.4.3. Experimental validation of combined primary regulation and microgrid interfacing power electronic control for wind and solar REES, electrolyser and fuel cells |
FER, KIET, FSB |
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T1.5. Secondary microgrid regulation for controlling the DC microgrid link voltage |
D1.5.1. Technical report on the concept for DC microgrid secondary regulation |
FER |
D1.5.2. Experimental validation of the DC microgrid secondary regulation |
FER |