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Aalborg Universitet Asymmetrical Grid Fault Ride-Through Strategy of Three-phase Grid-connected
Aalborg Universitet Asymmetrical Grid Fault Ride-Through Strategy of Three-phase Grid-connected

... With the high penetration of grid-connected renewable energy systems, the new grid codes or standards such as IEEE P1547.8 have been drafted [1], where the fault ride through (FRT) is a mandatory function. In order to meet the grid code requirements, a significant contribution made by Rodriguez, et ...
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... fault after the DG-node, on the main branch, an error is introduced due to the fault-current contribution from the DG. With compensation, the error is reduced in the low load case, while it is increased in the high load case. Figure 3 shows how the location of the DG impact on the distance error. He ...
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... ringing, call supervision, signal coding, hybrid two-four wire conversion, and circuit testing. • The battery feed, which is typically 48 VDC, from the local loop provides power to the customer telephone set, telephone signalling, high AC impedance, as well as low DC resistance. • Over-voltage prote ...
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Blackstart of An Induction Motor in An Autonomous Microgrid
Blackstart of An Induction Motor in An Autonomous Microgrid

... Large industrial motor is examined in this paper to investigate its impact on the system. The parameters of the motor are obtained from type-2 motor [14]. The starting current and consumed reactive power during IM startup when Direct-OnLine (DOL) method is used are shown in Fig. 5. It is observed th ...
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Immunity-aware programming

When writing firmware for an embedded system, immunity-aware programming refers to programming techniques which improve the tolerance of transient errors in the program counter or other modules of a program that would otherwise lead to failure. Transient errors are typically caused by single event upsets, insufficient power, or by strong electromagnetic signals transmitted by some other ""source"" device.Immunity-aware programming is an example of defensive programming and EMC-aware programming. Although most of these techniques apply to the software in the ""victim"" device to make it more reliable, a few of these techniques apply to software in the ""source"" device to make it emit less unwanted noise.
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