Static and Dynamic Evaluation of Different Architectures for an Actual HVDC Link Project

The employment of High-Voltage Direct Current (HVDC) transmission in modern power systems is mainly driven by requirements of increasing power transfer over high distances in a cost-efficient and controllable way. HVDC control can ensure fast and accurate power flow control to improve the whole syst...

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Published inIEEE transactions on power delivery Vol. 35; no. 6; pp. 2782 - 2790
Main Authors Carlini, Enrico M., Vergine, Chiara, Aluisio, Benedetto, Gadaleta, Corrado, Migliori, Michela, Dicorato, Maria, Trovato, Michele, Forte, Giuseppe
Format Journal Article
LanguageEnglish
Published New York IEEE 01.12.2020
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
Converters
critical contingencies
Direct current
dynamic stability
Electric power transmission
Energy conversion efficiency
Flow control
HVDC transmission
Impact analysis
Load flow
load flow analysis
Power flow
Power system dynamics
Power system stability
Power transfer
Security
Software
Software development tools
Stability
Stability analysis
Steady state
zonal market
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Abstract The employment of High-Voltage Direct Current (HVDC) transmission in modern power systems is mainly driven by requirements of increasing power transfer over high distances in a cost-efficient and controllable way. HVDC control can ensure fast and accurate power flow control to improve the whole system performance as well as increased flexibility to manage power flows from remote renewable generation to load centers, especially in a zonal market configuration. However, in the network planning phase the implications of a new HVDC connection, both on the steady-state and on the dynamic operation of a power system, must be carefully evaluated with particular reference to possible outage events, depending on the operating conditions and on the exploited control schemes. In this paper, a real HVDC project within the Italian transmission network is considered in both the Voltage Source Converter (VSC) and Line Commutated Converter (LCC) technologies. The study implies a methodology to analyze the impact on steady-state and dynamic performances in the presence of faults, with a focus on grid security and market efficiency aspects. The behavior of the interconnected Italian power system is simulated in a development planning viewpoint by means of software tools exploited by the System Operator.
AbstractList The employment of High-Voltage Direct Current (HVDC) transmission in modern power systems is mainly driven by requirements of increasing power transfer over high distances in a cost-efficient and controllable way. HVDC control can ensure fast and accurate power flow control to improve the whole system performance as well as increased flexibility to manage power flows from remote renewable generation to load centers, especially in a zonal market configuration. However, in the network planning phase the implications of a new HVDC connection, both on the steady-state and on the dynamic operation of a power system, must be carefully evaluated with particular reference to possible outage events, depending on the operating conditions and on the exploited control schemes. In this paper, a real HVDC project within the Italian transmission network is considered in both the Voltage Source Converter (VSC) and Line Commutated Converter (LCC) technologies. The study implies a methodology to analyze the impact on steady-state and dynamic performances in the presence of faults, with a focus on grid security and market efficiency aspects. The behavior of the interconnected Italian power system is simulated in a development planning viewpoint by means of software tools exploited by the System Operator.
Author Trovato, Michele
Vergine, Chiara
Aluisio, Benedetto
Forte, Giuseppe
Gadaleta, Corrado
Dicorato, Maria
Carlini, Enrico M.
Migliori, Michela
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SubjectTerms Converters
critical contingencies
Direct current
dynamic stability
Electric power transmission
Energy conversion efficiency
Flow control
HVDC transmission
Impact analysis
Load flow
load flow analysis
Power flow
Power system dynamics
Power system stability
Power transfer
Security
Software
Software development tools
Stability
Stability analysis
Steady state
zonal market
Title Static and Dynamic Evaluation of Different Architectures for an Actual HVDC Link Project
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