DC Microgrids, Advances, Challenges, and Applications, Wiley, John Wiley & Sons,Energy,Classical mechanics, Power Electronics; DC microgrid; DC; microgrid; modelling; control; simulation; emulation of microgrids; multi-terminal architecture; renewable energy; AI applications for DC microgrids; high-gain converter; high power converter; power electronic interface; fault diagnosis; DC breaker; protection relays; EV; wireless charging; electric vehicles; grid standards; energy management; energy storage; ESS; IoT architectures for DC microgrids; cyber-physical security; low-power wireless technologies; Energy Storage Device; Supercapacitor; Energy Density; Power Density; Hybrid Supercapacitor device; Energy storage landscape; electrochemical storage; Thermal energy storage; Phase Change Material (PCM); Simulation; Melting; Solidification; Numerical model,, , United States, en-UShttps://www.wiley.comPower Electronics; DC microgrid; DC; microgrid; modelling; control; simulation; emulation of microgrids; multi-terminal architecture; renewable energy; AI applications for DC microgrids; high-gain converter; high power converter; power electronic interface; fault diagnosis; DC breaker; protection relays; EV; wireless charging; electric vehicles; grid standards; energy management; energy storage; ESS; IoT architectures for DC microgrids; cyber-physical security; low-power wireless technologies; Energy Storage Device; Supercapacitor; Energy Density; Power Density; Hybrid Supercapacitor device; Energy storage landscape; electrochemical storage; Thermal energy storage; Phase Change Material (PCM); Simulation; Melting; Solidification; Numerical model, [BLURB],[CITY],,books, ebooks, biblet, Book2look