2013 IEEE Grenoble Conference 2013
DOI: 10.1109/ptc.2013.6652358
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The impact of wind generation on isolated power systems: The case of Cyprus

Abstract: In this paper, we explore the impact of wind generation on isolated power systems, using the system of Cyprus (an island) as a case study. Since 2010, Cyprus has been facing the challenge of integrating intermittent wind generation, while maintaining a secure and economical power system operation. This integration has raised the reserves requirements, and has undermined the ability to accurately track the unit commitment and dispatch day-ahead plan in real time. To evaluate the impact of these effects, we mode… Show more

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Cited by 4 publications
(3 citation statements)
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“…Rather, Equation 5is employed to calculate acceptable wind penetration levels as a fraction of system demand. This approach is common practice in island system analysis [5,[48][49][50][51], as it constitutes a necessary compromise when the detailed characteristics of As the PL-UC method does not distinguish between reserves types, the dynamic limitation cannot be implemented as described. Rather, Equation 5is employed to calculate acceptable wind penetration levels as a fraction of system demand.…”
Section: Essential Differences Between the Examined Uc Approachesmentioning
confidence: 99%
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“…Rather, Equation 5is employed to calculate acceptable wind penetration levels as a fraction of system demand. This approach is common practice in island system analysis [5,[48][49][50][51], as it constitutes a necessary compromise when the detailed characteristics of As the PL-UC method does not distinguish between reserves types, the dynamic limitation cannot be implemented as described. Rather, Equation 5is employed to calculate acceptable wind penetration levels as a fraction of system demand.…”
Section: Essential Differences Between the Examined Uc Approachesmentioning
confidence: 99%
“…Rather, Equation 5is employed to calculate acceptable wind penetration levels as a fraction of system demand. This approach is common practice in island system analysis [5,[48][49][50][51], as it constitutes a necessary compromise when the detailed characteristics of system units are not known [29]. Depending on the values of the empirical coefficients c D and l w , this simplified approach may over-or under-estimate the actual wind hosting capability of the system, with a potentially significant impact on its security.…”
Section: Essential Differences Between the Examined Uc Approachesmentioning
confidence: 99%
“…Η πλήρης απεικόνιση του δικτύου και των περιορισμών του είναι κατ' αρχήν εφικτή ( [113], [114], [118], [119]), ωστόσο απαιτεί την κατάστρωση συνθετότερων προβλημάτων, τα οποία συνήθως συνδυάζουν δύο στάδια επίλυσης, ένα γραμμικό για την απόφαση του πλάνου ένταξης και ακολούθως ένα μη γραμμικό για την απόφαση φόρτισης των μονάδων και ροών ισχύος ( [113], [114]), ενώ παράλληλα εφαρμόζονται πολύ κοντά στην πραγματική λειτουργία του συστήματος. [127], οι οποίοι είναι κατ' αρχήν αντίστοιχοι με τους περιορισμούς των [41], [50], [54], [101], [106], [107] που εξετάζονται στη διεθνή βιβλιογραφία των αυτόνομων συστημάτων. Αναφορικά με την παραγωγή των ΦΒ σταθμών, αυτή δεν δέχεται εντολές περιορισμού σε κανένα στάδιο της προημερήσιας ή ενδοημερήσιας διαχείρισης της παραγωγής [14], πρακτική που συναντάται διεθνώς σε αυτόνομα ΣΗΕ περιορισμένου μεγέθους.…”
Section: Reserves Classification Uc-ed Methods Referenceunclassified