Real Time Hybrid Simulation of Electrical Power Systems: Concept, Tools, Field Experience and Smart Grid Challenges

Prokhorov, A.; Borovikov, Yu.S.; Gusev, Alexander

doi:10.12720/sgce.1.1.67-78

Cited by 20 publications

(10 citation statements)

References 6 publications

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“…A detailed description of the concepts and its hardware application is presented in [1][2][3]. Modelling of primary processes in power equipment is done by analog computational units that solve differential equations describing this power equipment.…”

Section: Hrtsim Descriptionmentioning

confidence: 99%

Software and hardware platform for testing of Automatic Generation Control algorithms

2017

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Abstract. Development and implementation of new AutomaticGeneration Control (AGC) algorithms requires testing them on a model that adequately simulates primary energetic, information and control processes. In this article an implementation of a test platform based on HRTSim (Hybrid Real Time Simulator) and SCADA CK-2007 (which is widely used by the System Operator of Russia) is proposed. Testing of AGC algorithms on the test platform based on the same SCADA system that is used in operation allows to exclude errors associated with the transfer of AGC algorithms and settings from the test platform to a real power system. A power system including relay protection, automatic control systems and emergency control automatics can be accurately simulated on HRTSim. Besides the information commonly used by conventional AGC systems HRTSim is able to provide a resemblance of Phasor Measurement Unit (PMU) measurements (information about rotor angles, magnitudes and phase angles of currents and voltages etc.). The additional information significantly expands the number of possible AGC algorithms so the test platform is useful in modern AGC system developing. The obtained test results confirm that the proposed system is applicable for the tasks mentioned above.

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Section: Hrtsim Descriptionmentioning

confidence: 99%

Software and hardware platform for testing of Automatic Generation Control algorithms

2017

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“…The whole range of data transformations required to oversee the process of simulation, real-time control of parameters of the modeled power equipment, depending on the desired speed solutions of a control algorithm is implemented in the MPU. The universality of the concept and modular structure of the HTRSim allow to develop a model of any element of EPS, including FACTS devices and HVDC, and integrate them into the HTRSim, as well as to provide interconnection with various external software and hardware tools: operational information systems, SCADA (supervisory control and data acquisition) system and etc [14,16].…”

Section: The Concepts Of Hybrid Simulation Of Epsmentioning

confidence: 99%

Hybrid real-time simulator of power system for advanced simulation of the FACTS and HVDC system based on voltage source converter

Borovikov

Gusev

Sulaymanov

et al. 2014

The 2014 2nd International Conference on Systems and Informatics (ICSAI 2014)

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The motivation of the presented research is based on the need to develop new methods and tools for obtaining information required to evaluate mutual influence between high voltage direct and alternating current systems. This paper presents a specialized concept of hybrid simulation for advanced simulation of the Flexible Alternating Current Transmission System (FACTS) and High Voltage Direct Current Transmission System (HVDC) based on Voltage Source Converter (VSC). The presented simulation results of the developed hybrid model of VSC confirm the achievement of the desired properties of the model and the effectiveness of the proposed solutions.

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“…It is based on the application of three modeling approaches: analog, digital, and physical, each of which achieves the maximum capabilities in solving individual subtasks. The detailed description of the hybrid simulation technology and tools is given in [7].…”

Section: Requirements Of Hybrid Simulation Environment For Power Equimentioning

confidence: 99%

“…This technology is based on the synthesis of simulation tools and models of power system elements according to the requirements of the research tasks. The example of such a kind of simulators is a hybrid real-time simulator (HRTSim), which architecture is discussed in more detail in [7]. However, the use of the mentioned hybrid simulation technology complicates the development of the models and applies some additional requirements to them.…”

Section: Introductionmentioning

confidence: 99%

Synthesis of hybrid models for advanced simulation of HVDC systems

Prokhorov¹,

Ufa²,

Vasilev³

2014

ijsgce

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The large-high voltage direct current (HVDC) systems requires solving a number of complex tasks aimed at ensuring the reliability and stability of new combined HVDC/AC systems, as well as the development of their control and protection, and analysis of the mutual influence of HVDC and HVAC components. However the analysis of research results obtained from a worldwide shows that more comprehensive simulation tools are necessary to allow this. This paper presents the hybrid simulation technology and approach allowing synthesizing hybrid models of power equipment, including the elements of HVDC systems, which aim is to maximally meet modern requirements for modeling and simulation tools. The results of the application of the hybrid approach for development of the models of HVDC systems based on different types of converters, as well as the results of experimental research intended to prove models' capabilities are given in the paper.

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Real Time Hybrid Simulation of Electrical Power Systems: Concept, Tools, Field Experience and Smart Grid Challenges

Cited by 20 publications

References 6 publications

Software and hardware platform for testing of Automatic Generation Control algorithms

Software and hardware platform for testing of Automatic Generation Control algorithms

Hybrid real-time simulator of power system for advanced simulation of the FACTS and HVDC system based on voltage source converter

Synthesis of hybrid models for advanced simulation of HVDC systems

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