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Table 1.1 Comparison of today's grid, smart grid, and next‐generation smart grid 9

Table 2.1 Machines that power the industrial revolutions.

Table 3.1 The electrical‐mechanical analogy based on the force–current analogy.

Table 4.1 Parameters of the synchronverter for simulations.

Table 4.2 Parameters of VSG.

Table 4.3 Parameters of VSG2.

Table 5.1 Parameters of the rectifier under simulation.

Table 6.1 Parameters of a PMSG wind turbine system.

Table 6.2 GSC control parameters.

Table 6.3 RSC control parameters.

Table 7.1 Comparison of different control strategies for AC VSDs.

Table 7.2 Parameters of the motor.

Table 8.1 Operation modes of a self‐synchronised synchronverter.

Table 8.2 Parameters used in simulations and experiments.

Table 8.3 Impact on the complexity of the overall controller and the demand for the computational capability.

Table 9.1 Parameters of the rectifier.

Table 9.2 Parameters for controlling the DC‐bus voltage.

Table 9.3 Parameters for controlling the the power.

Table 10.1 Comparison of different wind power generation systems.

Table 10.2 DFIG‐VSG parameters.

Table 10.3 Parameters of the experimental DFIG system.

Table 11.1 Operation modes of the PV inverter.

Table 11.2 Parameters of the system.

Table 12.1 Operation modes of a STATCOM.

Table 13.1 Parameters of a synchronverter.

Table 14.1 Parameters of the system under simulation.

Table 15.1 Operation modes.

Table 15.2 Parameters of the inverter.

Table 17.1 Droop controllers for L‐, R‐, C‐, R_L‐, and R_C‐inverters.

Table 17.2 Steady‐state performance of the three inverters in parallel operation.

Table 18.1 Operation modes of the self‐synchronized universal droop controller.

Table 18.2 Parameters of the inverter.

Table 18.3 Parameters of the microgrid.

Table 19.1 Parameters of the experimental droop‐controlled rectifier.

Table 20.1 System and controller parameters.

Table 21.1 Operation modes of the cybersync machine in Figure 21.7.

Table 21.2 Parameters of the cybersync machine under simulation.

Table 21.3 Parameters of the experimental cybersync machine.

Table 25.1 Parameters of the back‐to‐back converters.

Table 25.2 Installed wind capacity in the panhandle.

Table 25.3 Parameters of 345 kV transmission lines.

Table 25.4 Comparison of export capabilities under different control strategies.