INOVCITY
energy distribution networks – Smart Grids. This is the main aim of InovGrid one of the important projects in place on EDP Distribuição, Portuguese DNO. InovGrid project is the response of EDP Distribuição to these challenges, and is structured around three pillars: (1) Smart metering, designed to implement system-wide
Smart Grid Topology Designs
Smart Grid Topology Designs Paula Carroll y College of Business Dublin, Ireland [email protected] Cristina Requejo Universidade de Aveiro Aveiro, Portugal [email protected] ABSTRACT This paper addresses supports for evolving design demands o f electricity low voltage networks in urban areas. Innovatio ns in
Smart Grid Topology Designs
The connection topology of traditional centrally controlled electricity grids are generally tree distribution networks. Fig-ure 1 shows the IEEE 37 node radial test feeder topology. The symbol adjacent tonode799 is a typeof transformer whichacts as on/o˛ switch. The symbol between nodes 709 and 775 is a transformer to control voltage levels.
Development and implementation of Portuguese smart
Technical description and implementation details of the main Portuguese smart grid initiatives. Architectures and functionalities for enhanced management and control in smart grids. Advanced simulation tools for smart grids.
Development and implementation of Portuguese smart
This paper presents the major implementations of smart grid projects in Portugal, which resulted from a close collaboration between academia and industry. An overview of the entire development process is presented culminating with the real implementation of the developed concepts.
A Novel Multilevel Bidirectional Topology for On-Board EV
power quality; smart grid 1. Introduction The electric vehicle (EV) is considered as the central element to support electric mobility in smart grids, serving to help to address major energy
(PDF) Development and implementation of Portuguese smart distribution
With a bidirectional topology and proper control all the major grid constraints, such as power quality, harmonic rejection, active and reactive power control, and others, can be easily
A Novel Converter Topology for Applications in Smart Grids
In the scope of this paper, a novel topology of grid-side power converter for applications in smart grids, is presented. The proposed topology can be employed in different scenarios, e.g.,
A Novel Converter Topology for Applications in Smart
In the scope of this paper, a novel topology of grid-side power converter for applications in smart grids, is presented. The proposed topology can be employed in different scenarios, e.g., considering a combined integration of RES and
A Novel Multilevel Bidirectional Topology for On-Board EV
power quality; smart grid 1. Introduction The electric vehicle (EV) is considered as the central element to support electric mobility in smart grids, serving to help to address major energy concerns. From a global perspective, different options of EVs can be considered distinguished by the energy storage system, as battery EVs (BEVs)
Smart grids
Smart grid infrastructure includes not only the smart meters but also ICT and data management systems. Only with all these elements, it is possible to offer smart grid services to the end-user. ERSE approved the Smart Grid Services Code (RSRI) for electricity distribution, which designed the services to be offered by network operators and
Smart Grid Topology Designs
This paper investigates in detail a smart grid communication network architecture that supports today''s grid applications (such as supervisory control and data acquisition [SCADA], mobile workforce communication, and other voice and data communication) and new applications necessitated by the introduction of smart metering and home area
6 FAQs about [Portugal smart grid topology]
What is a smart grid & how does it work?
Their integration in a smart grid allows customers to access a set of new advanced services. Smart grid infrastructure includes not only the smart meters but also ICT and data management systems. Only with all these elements, it is possible to offer smart grid services to the end-user.
Can smart grid services be offered to the end-user?
Only with all these elements, it is possible to offer smart grid services to the end-user. ERSE approved the Smart Grid Services Code (RSRI) for electricity distribution, which designed the services to be offered by network operators and suppliers to users integrated in a smart grid. The new smart grid services include, for instance:
When will a smart meter be available in Portugal?
The pace of meter installation is in line with the timetable approved by the Government in 2022, and it is expected that, by the end of 2024, all low voltage customers in mainland Portugal will have access to a smart meter.
Who is responsible for reporting electricity indicators in Portugal?
Electricity transmission and distribution network operators in mainland Portugal and the autonomous regions of the Azores and Madeira are responsible for reporting these indicators, by May 15th of each year, with reference to the previous year. Pilot-projects
Does BTN have a smart grid?
Decree-Law no. 15/2022, of 14 January, orders the integration in a smart grid of every BTN customer in the mainland Portugal, by 2024. Their integration in a smart grid allows customers to access a set of new advanced services. Smart grid infrastructure includes not only the smart meters but also ICT and data management systems.
Does DSO have a smart grid?
DSO have been installing electricity smart meters in the mainland and in Madeira region. Decree-Law no. 15/2022, of 14 January, orders the integration in a smart grid of every BTN customer in the mainland Portugal, by 2024. Their integration in a smart grid allows customers to access a set of new advanced services.