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DC_microgrid_Simulink_R2016b (0, 2019-01-10)
DC_microgrid_Simulink_R2016b\DC_microgrid_Simulink_R2016b (0, 2019-01-10)
DC_microgrid_Simulink_R2016b\DC_microgrid_Simulink_R2016b\.syncdb (13312, 2018-10-26)
DC_microgrid_Simulink_R2016b\DC_microgrid_Simulink_R2016b\DC_Microgrid.slx (130129, 2018-10-26)
DC_microgrid_Simulink_R2016b\DC_microgrid_Simulink_R2016b\SolarPanels.jpg (777050, 2018-10-26)
DC_microgrid_Simulink_R2016b\DC_microgrid_Simulink_R2016b\battery.jpg (63441, 2018-10-26)
DC_microgrid_Simulink_R2016b\DC_microgrid_Simulink_R2016b\cover picture.PNG (78666, 2018-10-26)
DC_microgrid_Simulink_R2016b\license.txt (1490, 2018-10-26)

The model includes: local slack bus, PV system, batteries, and DC loads. Local slack bus uses a simplified VSC converter connected with the AC grid. (A detailed VSC+AC grid model decreases the running speed, if you want a detail model, please contact me.) PV system uses a standard PV model + a boost converter. Battery uses a standard Li-ion battery model + a dual-active-bridge converter. Demands are connected through buck converters. The voltage on the DC bus is controlled by the grid-interconnected VSC, "Local slack bus". You can play with the swiches on the bus, and the control in the components to see the power flow. Site as: Chunpeng LI (2019). DC Microgrid Demo (https://www.mathworks.com/matlabcentral/fileexchange/69223-dc-microgrid-demo), MATLAB Central File Exchange. Retrieved January 10, 2019. Li, Chunpeng, et al. °Metrology Requirements of State-of-the-Art Protection Schemes for {DC} Microgrids.± The Journal of Engineering, vol. 2018, no. 15, Institution of Engineering and Technology ({IET}), Oct. 2018, pp. ***7¨C992, doi:10.1049/joe.2018.0254.

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