Fault ride-through versus anti-islanding in distributed generation

Owing to the increasing number and power rating of static power converter (SPC) based systems the need arises for distributed power generation systems to take part in the control-related issues of power generation. The requirements for large and small power generation systems differ from the aspect...

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Bibliographic Details
Main Authors: Weitzl, Z, Varjasi, I
Format: Conference Proceeding
Language:English
Subjects:
Alternative energy
Converter control
Converters
Distributed power
Efficiency
Fault handling strategy
Phase locked loops
Power generation
Power harmonic filters
Power Quality
Smart Power
Switches
Voltage control
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Summary:Owing to the increasing number and power rating of static power converter (SPC) based systems the need arises for distributed power generation systems to take part in the control-related issues of power generation. The requirements for large and small power generation systems differ from the aspect of utility interaction. Measures to avoid and compensate the appearance of, and to reduce the possibility of unwanted, avalanche-like spreading, stability increasing behavioral states of the utility are added to the already existing requisition of having as little impact on utility operation as possible. Two different control approaches are introduced, compared and evaluated with respect of utility interaction requirements.
DOI:10.1109/EPEPEMC.2010.5606652