CYBER-PHYSICAL SYSTEMS IN SMARTGRID (Q3148802): Difference between revisions
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(Created claim: summary (P836): THE INTELLIGENT ELECTRICAL NETWORK OR SMART GRID EMERGED FROM THE APPLICATION OF THE TECHNOLOGIES OF THE INFORMATION TO THE NETWORKS OF GENERATION, TRANSPORT AND CONSUMPTION OF ENERGY. SMART GRIDS ARE IN CONTINUOUS EVOLUTION DRIVEN BY THE SEARCH FOR GREATER EFFICIENCY, BY THE GROWTH OF DISTRIBUTED ENERGY GENERATION AND BY THE INCREASING AUTOMATION OF THE SYSTEM, INCLUDING THE MEASUREMENT OF CONSUMPTION IN USERS. AS A RESULT OF THESE ADVANCES, TH...) |
(Changed label, description and/or aliases in en: translated_label) |
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CYBER-PHYSICAL SYSTEMS IN SMARTGRID | |||
Revision as of 13:43, 12 October 2021
Project Q3148802 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | CYBER-PHYSICAL SYSTEMS IN SMARTGRID |
Project Q3148802 in Spain |
Statements
65,945.0 Euro
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131,890.0 Euro
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50.0 percent
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1 January 2015
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31 December 2017
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UNIVERSIDAD DEL PAIS VASCO/EUSKAL HERRIKO UNIBERTSITATEA
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43°15'46.80"N, 2°56'6.00"W
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48020
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LA RED ELECTRICA INTELIGENTE O SMART GRID SURGIO DE LA APLICACION DE LAS TECNOLOGIAS DE LA INFORMACION A LAS REDES DE GENERACION, TRANSPORTE Y CONSUMO DE ENERGIA. LAS SMART GRIDS ESTAN EN CONTINUA EVOLUCION EMPUJADAS POR LA BUSQUEDA DE UNA MAYOR EFICIENCIA, POR EL CRECIMIENTO DE LA GENERACION DE ENERGIA DISTRIBUIDA Y POR LA CRECIENTE AUTOMATIZACION DEL SISTEMA, INCLUYENDO LA MEDIDA DE CONSUMO EN LOS USUARIOS. COMO RESULTADO DE ESTOS AVANCES, LAS REDES INVOLUCRADAS SE ACABAN AGREGANDO, LO QUE OBLIGA A INTERACTUAR A NODOS Y A EQUIPAMIENTO TOTALMENTE HETEROGENEOS. POR TANTO, DESDE UNA PERSPECTIVA GLOBAL QUE FAVOREZCA LA INTEROPERABILIDAD, SE DEBEN COMBINAR REQUISITOS DE TIEMPO REAL CON SINCRONIZACION AVANZADA E INCLUSO CON CIBER-SEGURIDAD. EN ESTE CONTEXTO, LA ARTICULACION DE ESTA NUEVA SMART GRID DEBE TENER EN CUENTA LA IRRUPCION MASIVA DE CYBER-PHYSICAL SYSTEMS (CPS) TANTO EN LAS AEREAS INDUSTRIALES COMO EN LAS DE CONSUMO Y DE USUARIO. LOS CPS SON AQUELLOS SISTEMAS (SYSTEMS) QUE REQUIEREN CONECTAR EL MUNDO DE LOS COMPUTADORES (CYBER) CON EL MUNDO FISICO (PHYSICAL)._x000D_ _x000D_ EL RETO ES ENORME Y MULTIDISCIPLINAR. LA PROPUESTA DE INVESTIGACION PRESENTADA EN ESTE PROYECTO BUSCA REALIZAR CONTRIBUCIONES EN EL CAMPO DE LOS SISTEMAS EMBEBIDOS PLANTEANDO UNA ARQUITECTURA COMUN DE NODOS QUE SIRVA COMO REFERENCIA DE ARQUITECTURA CPS PARA SMART GRID, NECESIDAD PRIORITARIA PARA EL AVANCE EN EL ESTADO DEL ARTE. ESTA ARQUITECTURA DEBERA DAR SOLUCION A LA INTEGRACION DIRECTA DE LOS NODOS EN LA RED PERMITIENDO A SU VEZ PROCESAMIENTO EN TIEMPO REAL, NECESARIO EN CIERTAS SECCIONES Y OPERACIONES DE LA SMART GRID. DEBERA INCORPORAR MECANISMOS AVANZADOS DE SINCRONIZACION OFRECIENDO ALTA DISPONIBILIDAD (NORMALMENTE MEDIANTE COMUNICACIONES REDUNDANTES Y CIRCUITOS TOLERANTES A FALLOS) Y MECANISMOS DE CIBER-SEGURIDAD QUE DEN VIABILIDAD A LA SOLUCION PROPUESTA._x000D_ _x000D_ LOS RESULTADOS MAS DESTACABLES DE ESTE PROYECTO SON LA OBTENCION DE DE ARQUITECTURAS DE SISTEMAS EMBEBIDOS CON CAPACIDAD SENSORICA Y DE COMUNICACION AUTONOMA (CYBER-PHYSICAL SYSTEMS) QUE PERMITAN LA CONVERGENCIA DE LAS DISTINTAS REDES DE COMUNICACION INVOLUCRADAS EN LAS NUEVAS SMART GRIDS. EN CONCRETO, UNA ARQUITECTURA DE CPS (HARDWARE, SOFTWARE E INTERFAZ DE COMUNICACION) CON LAS CAPACIDADES DE COMUNICACION EN TIEMPO REAL, SINCRONIZACION INTEGRADA EN RED, CIBER SEGURIDAD A NIVEL DE TRAMAS DE CONTROL Y CON CAPACIDAD DE INTEGRACION DIRECTA EN LA RED Y UNA ARQUITECTURA DE GATEWAY INTELIGENTE (HARDWARE, SOFTWARE E INTERFACES DE COMUNICACION) CON LAS CAPACIDADES ESPECIFICAS DE PROCESAMIENTO Y MODELIZACION DE LOS DATOS EN BRUTO RECIBIDOS DE CPS, GATEWAY DE LOS MECANISMOS DE SINCRONIZACION Y CON CAPACIDAD DE COMUNICACION CON UNA INFRAESTRUCTURA DE TELECOMUNICACIONES DE GRAN ANCHO DE BANDA PARA CONEXION A INTERNET/CLOUD/PROVEEDORES (ETHERNET A 10 GIGABIT)._x000D_ _x000D_ COMO ACTIVIDAD DE DIFUSION Y TRANSFERENCIA CABE DESTACAR QUE SE PROPONE CONSTRUIR UN DEMOSTRADOR PILOTO QUE MUESTRE LA VIABILIDAD DE LA INFRAESTRUCTURA ESCALABLE Y FLEXIBLE PARA LA SMART GRID 4.0 PROPUESTA. (Spanish)
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THE INTELLIGENT ELECTRICAL NETWORK OR SMART GRID EMERGED FROM THE APPLICATION OF THE TECHNOLOGIES OF THE INFORMATION TO THE NETWORKS OF GENERATION, TRANSPORT AND CONSUMPTION OF ENERGY. SMART GRIDS ARE IN CONTINUOUS EVOLUTION DRIVEN BY THE SEARCH FOR GREATER EFFICIENCY, BY THE GROWTH OF DISTRIBUTED ENERGY GENERATION AND BY THE INCREASING AUTOMATION OF THE SYSTEM, INCLUDING THE MEASUREMENT OF CONSUMPTION IN USERS. AS A RESULT OF THESE ADVANCES, THE NETWORKS INVOLVED END UP ADDING, FORCING THE INTERACTION OF NODES AND TOTALLY HETEROGENEOUS EQUIPMENT. THEREFORE, FROM A GLOBAL PERSPECTIVE THAT PROMOTES INTEROPERABILITY, REAL-TIME REQUIREMENTS MUST BE COMBINED WITH ADVANCED SYNCHRONISATION AND EVEN WITH CYBER-SECURITY. IN THIS CONTEXT, THE ARTICULATION OF THIS NEW SMART GRID MUST TAKE INTO ACCOUNT THE MASSIVE EMERGENCE OF CYBER-PHYSICAL SYSTEMS (CPS) IN BOTH INDUSTRIAL, CONSUMER AND USER AIR. The CPS ARE SYSTEMS (SYSTEMS) that require the world of competitors (CYBER) with the physical world (PHYSICAL)._x000D_ _x000D_ _x000D_ THE RESEARCH PROPOSAL PRESENTED IN THIS PROJECT SEEKS TO MAKE CONTRIBUTIONS IN THE FIELD OF EMBEDDED SYSTEMS BY PROPOSING A COMMON ARCHITECTURE OF NODES THAT SERVES AS A REFERENCE OF CPS ARCHITECTURE FOR SMART GRID, PRIORITY NEED FOR ADVANCEMENT IN THE STATE OF ART. THIS ARCHITECTURE SHOULD SOLVE THE DIRECT INTEGRATION OF THE NODES INTO THE NETWORK ALLOWING IN TURN REAL-TIME PROCESSING, NECESSARY IN CERTAIN SECTIONS AND OPERATIONS OF THE SMART GRID. You should INCORPORATE MECHANISMES ADVANCED OF HIGH AVAILABILITY (REDUNDANT COMMUNICATIONS AND CIRCUITS TOLERANTES TO FALLOS) AND CIBER-SEGURITY MECHANISMS THAT BEFORE PROPERTY SOLUTION._x000D_ _x000D_ RESULTS more remarkable of this project are the management of systems embedded with sensory capacity and self-communication (CYBER-PHYSICAL SYSTEMS) that perpetuate the convergence of the different networks of communication involved in the new SMART GRIDS. In CONCRETO, a CPS ARCHITECTURE (HARDWARE, SOFTWARE and INTERFACE OF COMMUNICATION) with the capacity of communication in real time, INTEGRATED synchronisation in network, CIBER SECURITY TO LEVEL OF CONTROL TRAINING AND CAPACITY OF INTEGRATION DIRECTIVE IN THE NETWORK AND A INTELIGENT GATEWAY ARCHITECTURE (HARDWARE, HARDWARE, SOFTWARE AND COMMUNICATION INTERFACES) WITH SPECIFIC CAPACITIES OF PROCESSING AND modelling OF DATA IN CPS BRUT, GATEWAY OF synchronisation mechanisms AND COMMUNICATION CAPACITY WITH an INFRASTRUCTURE OF GREAT BAND ANCHO TELECOMMUNICATIONS FOR CONNECTION TO INTERNET/CLOUD/PROVEEDORS (ETHERNET A 10 GIGABIT)._x000D_ _x000D_ AS DIFUSION AND TRANSFERENCE ACTIVITY should be established that is intended to build a PILOT demonstrator that kills the viability of ESCALABLE AND FLEXIBLE INFRASTRUCTURE FOR SMART GRID 4.0 PROPOSES. (English)
12 October 2021
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Bilbao
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Identifiers
TEC2014-53785-R
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