Methodological Framework for Stability Analysis, Control Design and Verification in Hybrid Power Plants

Lennart Petersen; Florin Iov; German Claudio Tarnowski; Karthikeya  B. Raghuchandra

Methodological Framework for Stability Analysis, Control Design and Verification in Hybrid Power Plants

Lennart Petersen, Florin Iov, German Claudio Tarnowski, Karthikeya B. Raghuchandra

Research output: Contribution to book/anthology/report/conference proceeding › Article in proceeding › Research › peer-review

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Abstract

This paper addresses the assessment of voltage and frequency stability in hybrid power plants (HPPs) and how to design, to tune and to verify the control system. Firstly, the benchmark off-grid HPP used in this study is described. Additionally, an overview of the general requirement specifications for the HPP controller is presented. A brief classification of stability phenomena in off-grid HPPs is given and the implications on the required detail of small-signal modeling are explained. Secondly, it is ascertained that the state-space method is most suitable for analysis of voltage and frequency stability and likewise serves as a tool for control design and tuning. The main part of this paper is to propose the model-based design approach as a generic guidance for stability analysis, control design including tuning and verification for HPPs. This methodological framework can be applied for both on-grid and off-grid HPPs, independent of plant topology and power management strategy.

Original language	English
Title of host publication	Proceedings of the 4th International Hybrid Power Systems Workshop
Editors	Thomas Ackermann
Number of pages	7
Place of Publication	Crete
Publisher	Energynautics
Publication date	May 2019
ISBN (Electronic)	978-3-9820080-2-8
Publication status	Published - May 2019
Event	4th International Hybrid Power Systems Workshop - Crete, Agia Pelagia, Greece Duration: 22 May 2019 → 23 May 2019 http://hybridpowersystems.org/

Conference

Conference	4th International Hybrid Power Systems Workshop
Location	Crete
Country/Territory	Greece
City	Agia Pelagia
Period	22/05/2019 → 23/05/2019
Internet address	http://hybridpowersystems.org/

Keywords

Hybrid power plant
Model-based design
State-space model
Voltage stability
Frequency stability
Control tuning
Wind power
Solar photovoltaic
Battery energy storage
Generator set

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HYB19-38_v3Accepted author manuscript, 1.01 MB

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Cite this

@inproceedings{e154adaaff2d4751adf89606706395ef,

title = "Methodological Framework for Stability Analysis, Control Design and Verification in Hybrid Power Plants",

abstract = "This paper addresses the assessment of voltage and frequency stability in hybrid power plants (HPPs) and how to design, to tune and to verify the control system. Firstly, the benchmark off-grid HPP used in this study is described. Additionally, an overview of the general requirement specifications for the HPP controller is presented. A brief classification of stability phenomena in off-grid HPPs is given and the implications on the required detail of small-signal modeling are explained. Secondly, it is ascertained that the state-space method is most suitable for analysis of voltage and frequency stability and likewise serves as a tool for control design and tuning. The main part of this paper is to propose the model-based design approach as a generic guidance for stability analysis, control design including tuning and verification for HPPs. This methodological framework can be applied for both on-grid and off-grid HPPs, independent of plant topology and power management strategy.",

keywords = "Hybrid power plant, Model-based design, State-space model, Voltage stability, Frequency stability, Control tuning, Wind power, Solar photovoltaic, Battery energy storage, Generator set",

author = "Lennart Petersen and Florin Iov and Tarnowski, {German Claudio} and {B. Raghuchandra}, Karthikeya",

year = "2019",

month = may,

language = "English",

editor = "Thomas Ackermann",

booktitle = "Proceedings of the 4th International Hybrid Power Systems Workshop",

publisher = "Energynautics",

note = "4th International Hybrid Power Systems Workshop, HPS 2019 ; Conference date: 22-05-2019 Through 23-05-2019",

url = "http://hybridpowersystems.org/",

}

Methodological Framework for Stability Analysis, Control Design and Verification in Hybrid Power Plants. / Petersen, Lennart; Iov, Florin; Tarnowski, German Claudio et al.
Proceedings of the 4th International Hybrid Power Systems Workshop. ed. / Thomas Ackermann. Crete: Energynautics, 2019.

Research output: Contribution to book/anthology/report/conference proceeding › Article in proceeding › Research › peer-review

TY - GEN

T1 - Methodological Framework for Stability Analysis, Control Design and Verification in Hybrid Power Plants

AU - Petersen, Lennart

AU - Iov, Florin

AU - Tarnowski, German Claudio

AU - B. Raghuchandra, Karthikeya

PY - 2019/5

Y1 - 2019/5

N2 - This paper addresses the assessment of voltage and frequency stability in hybrid power plants (HPPs) and how to design, to tune and to verify the control system. Firstly, the benchmark off-grid HPP used in this study is described. Additionally, an overview of the general requirement specifications for the HPP controller is presented. A brief classification of stability phenomena in off-grid HPPs is given and the implications on the required detail of small-signal modeling are explained. Secondly, it is ascertained that the state-space method is most suitable for analysis of voltage and frequency stability and likewise serves as a tool for control design and tuning. The main part of this paper is to propose the model-based design approach as a generic guidance for stability analysis, control design including tuning and verification for HPPs. This methodological framework can be applied for both on-grid and off-grid HPPs, independent of plant topology and power management strategy.

AB - This paper addresses the assessment of voltage and frequency stability in hybrid power plants (HPPs) and how to design, to tune and to verify the control system. Firstly, the benchmark off-grid HPP used in this study is described. Additionally, an overview of the general requirement specifications for the HPP controller is presented. A brief classification of stability phenomena in off-grid HPPs is given and the implications on the required detail of small-signal modeling are explained. Secondly, it is ascertained that the state-space method is most suitable for analysis of voltage and frequency stability and likewise serves as a tool for control design and tuning. The main part of this paper is to propose the model-based design approach as a generic guidance for stability analysis, control design including tuning and verification for HPPs. This methodological framework can be applied for both on-grid and off-grid HPPs, independent of plant topology and power management strategy.

KW - Hybrid power plant

KW - Model-based design

KW - State-space model

KW - Voltage stability

KW - Frequency stability

KW - Control tuning

KW - Wind power

KW - Solar photovoltaic

KW - Battery energy storage

KW - Generator set

UR - http://hybridpowersystems.org/downloads/

M3 - Article in proceeding

BT - Proceedings of the 4th International Hybrid Power Systems Workshop

A2 - Ackermann, Thomas

PB - Energynautics

CY - Crete

T2 - 4th International Hybrid Power Systems Workshop

Y2 - 22 May 2019 through 23 May 2019

ER -

Methodological Framework for Stability Analysis, Control Design and Verification in Hybrid Power Plants

Abstract

Conference

Keywords

Access to Document

AUB Link

Other files and links

Fingerprint

PoC-HPPC: Proof-of-Concept on Next Generation Hybrid Power Plant Control

Proof-of-Concept on Next Generation Hybrid Power Plant Control

Cite this

Methodological Framework for Stability Analysis, Control Design and Verification in Hybrid Power Plants

Abstract

Conference

Keywords

Access to Document

AUB Link

Other files and links

Fingerprint

Projects

PoC-HPPC: Proof-of-Concept on Next Generation Hybrid Power Plant Control

Research output

Proof-of-Concept on Next Generation Hybrid Power Plant Control

Cite this