Purpose and goal
The project investigates how 6G technology can improve real-time control and optimization in the energy sector – in particular load balancing between electric vehicles and the grid, BMS/EMS and charging infrastructure. Through theoretical analysis, workshops and a technical demonstration, the project will show how 6G´s low latency enables precise control and new services. The result will be a report and prototype that demonstrates the potential for 6G integration and future development.
Expected effects and result
The project investigates how 6G technology can enable more precise real-time control in energy systems, such as load balancing, frequency stabilization and optimization of BMS/EMS. Through simulations, workshops and analyses, the project will verify the maturity of the technology and contribute to Swedish leadership in smart energy infrastructure. The results, including a demo, can be disseminated to industry, energy companies and decision-makers and support Agenda 2030 objective 7, 9 and 12.
Planned approach and implementation
The project implementation starts with theoretical analysis and workshops, followed by technical simulations and business analysis. The parties Zpark and LTU contribute with expertise in energy systems and 6G. The project considers risks, sustainability and diversity, with a focus on energy efficiency and climate goals.
Work packages:
WP1: Project management • WP2: Theoretical analysis • WP3: Workshop with expert (for ex in 6G) • WP4: Technical demo • WP5: Business analysis
The project description has been provided by the project members themselves and the text has not been looked at by our editors.
