Measurement Infrastructure to Support the Reliable Operation of Smart Electrical Grids

Rietveld, G.; Braun, Jean‐Pierre; Martín, Rubén; Wright, P.S.; Heins, Wiebke; Ell, Nikola; Clarkson, P.; Zisky, Norbert

doi:10.1109/tim.2015.2406056

Cited by 60 publications

(26 citation statements)

References 12 publications

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“…Based on Measurement Infrastructure to Support the Reliable Operation of Smart Electrical Grids paper. The author in paper [11] is concerned about the quality of the electricity supplied to the consumer due to multi resources of renewable energy are connected to the grid which results in a smart grid. In this paper, one of the key points in a measurement is that, the author is describing about the PMU device where it is one of the most powerful tools used in measuring electrical signals such as voltage, current and frequency.…”

Section: Measurement Of Smart Gridmentioning

confidence: 99%

A Recent Development of Monitoring Devices on Smart Grid

Awalin

Rahmat

2020

E3S Web Conf.

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Reliability, safe and continuous electrical power supply are always bound to disruption and the urged of the advancement in technology has made developed countries to keep align with their current system especially in electrical power network. High demand in electrical technology has made researchers to find approach in inventing a smart meter measurement as to which technically has a big impact towards consumers. Considering the revolution of IoT sensing technology could aid the communication between the operator and the grid efficiently. Thus, the advancement of technology will boost the performance in wide area monitoring system.

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Section: Measurement Of Smart Gridmentioning

confidence: 99%

A Recent Development of Monitoring Devices on Smart Grid

Awalin

Rahmat

2020

E3S Web Conf.

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“…According with the consulted information [3,5,11], next is presented an overall summary of the elements that compose a present Smart Grid:…”

Section: Smart and Micro-grids Componentsmentioning

confidence: 99%

“…Despite the advantages that suppose the DG implementation, like the emissions reduction, peak elimination, energy and power quality efficiency, among others [2]; it has associated certain problems that are portrayed in the dispatch capability, the high maintenance costs, the appropriate system management and the small producers/marketers participation in Electrical Markets. Furthermore, the network operators are facing multiple challenges in order to secure the continuity and service quality of electricity, due to the system expansion and the connection of additional energy sources to the grid [3].…”

Section: Introductionmentioning

confidence: 99%

Smart grid analysis and management in Colombia towards ETAP Real Time solution

Franco-Manrique¹,

Gómez-Luna²,

Ramos-Sánchez

2018

Ingeniare. Rev. chil. ing.

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RESUMENEste artículo presenta los avances de implementación de las llamadas Redes Inteligentes o Smart Grids en el mundo entero y el prospecto que tiene Colombia hacia la implementación de nuevas soluciones, principalmente aquellos avances y desarrollos tecnológicos realizados en las redes eléctricas, relacionados con el uso de software para el análisis y gestión de las mismas en diferentes escenarios con el fin de optimizar la gestión y operación del sistema eléctrico ante los nuevos retos que se tienen. Para este fin, primero se presenta el marco teórico en el que están situados y los avances que se han tenido en los últimos años, analizando los sistemas de medición, comunicación, control y seguridad tradicionales en comparación con las soluciones futuras. Posteriormente, se recopila información general sobre los proyectos actuales que usan soluciones tal como ETAP Real Time, que involucran Redes Inteligentes. A su vez, se destacan las principales ventajas y desventajas que poseen las diversas soluciones implementadas, resaltando los vacíos técnicos y tecnológicos con respecto a la teoría consultada y el estado del arte actual. Finalmente se presenta y describe la solución ETAP Real Time como alternativa integral para ayudar a resolver el desafío de implementación de las Redes Inteligentes en el mundo entero y aplicado al caso Colombiano. ABSTRACTThe purpose of this paper is to present the advances in the implementation of the Smart Grids (SGs) in the whole world span and the prospectus of Colombia towards the implementation of new solutions. Mainly considering those technological developments and advances made in the electrical networks, related with the use of software for their analysis and management in different scenarios, to optimize the electrical system management and operation upon the new challenges that we have currently. For this matter, first is presented the theoretical framework which the SGs are focused and the advances in recent years, analyzing the metering, communication, security and control systems in comparison with future projected solutions.

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“…In this manner, conventional synchronous and doubly fed induction generators can contribute to power oscillation damping (POD) in their respective zone alongside the synthetic inertia from the capacitors of asynchronous links. The trend of data driven power consumption at lower distribution systems of smart grids (380~415V) may require agile generation and transmission system infrastructures which are able to cope with rapid change in power demand, mainly driven by electricity prices, consumer behaviour, and other autonomous smart devices for demand side management [8][9][10][11]. To avoid poor utilization of the generation and transmission infrastructures in data driven smart grids, fast and secure communication systems capable of dealing with large data and a number of high level controllers will be required to optimize the power flow at the transmission level.…”

Section: Introductionmentioning

confidence: 99%

Review of technologies for DC grids – power conversion, flow control and protection

Adam

Vrana

et al. 2019

IET Power Electronics

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This article reviews dc transmission technologies for future power grids. The article emphasizes the attributes that each technology offers in terms of enhance controllability and stability, resiliency to ac and dc faults, and encourage increased exploitations of renewable energy resources (RERs) for electricity generation. Discussions of ac/dc and dc/dc converters reveal that the self-commutated dc transmission technologies are critical for better utilization of large RERs which tend to be dispersed over wide geographical areas, and offer needed controllability for operation of centralized and decentralized power grids. It is concluded that the series power flow controllers have potential to restrict the expensive isolated dc/dc converters to few applications, in which the prevention of dc fault propagation is paramount. Cheaper non-isolated dc/dc converters offer dc voltage tapping and matching and power regulation but they are unable to prevent pole-shifting during pole-to-ground dc fault. To date hybrid dc circuit breakers target dc fault isolation times ranging from 3ms to 5ms; while the resonance-based dc circuit breakers with forced current zeros target dc fault clearance times from 8ms to 12.5ms.

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Measurement Infrastructure to Support the Reliable Operation of Smart Electrical Grids

Cited by 60 publications

References 12 publications

A Recent Development of Monitoring Devices on Smart Grid

A Recent Development of Monitoring Devices on Smart Grid

Smart grid analysis and management in Colombia towards ETAP Real Time solution

Review of technologies for DC grids – power conversion, flow control and protection

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