Project

Cross-Sectoral Energy Control through Interconnected Microgrids by Multiport Converter

Goal: 1. To map local abilities within the electricity, transport and heat sector to manage variations in local generation and demand
2. To identify the cost-optimal option to interconnect multiple microgrids and develop overall system control function for a given business
application
3. To evaluate, design and build a lab scale multiport converter
4. To analyze the overall performance of an integrated microgrids through a multiport converter
5. To gather data from a real-life microgrid to emulate their characteristics in the laboratory environment
6. To verify the interconnected microgrids operation through a multiport converter in the laboratory and then demonstrate it in the field

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Jimmy Ehnberg
added a project goal
1. To map local abilities within the electricity, transport and heat sector to manage variations in local generation and demand
2. To identify the cost-optimal option to interconnect multiple microgrids and develop overall system control function for a given business
application
3. To evaluate, design and build a lab scale multiport converter
4. To analyze the overall performance of an integrated microgrids through a multiport converter
5. To gather data from a real-life microgrid to emulate their characteristics in the laboratory environment
6. To verify the interconnected microgrids operation through a multiport converter in the laboratory and then demonstrate it in the field