Q3141344 (Q3141344): Difference between revisions
Jump to navigation
Jump to search
(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): THE MAIN OBJECTIVE OF THE DEVELOPMENT OF VIRTUALLY SYNCHRONOUS PHOTOVOLTAIC PLANTS IS TO SOLVE THE PROBLEMS POSED BY CONVENTIONAL PHOTOVOLTAIC PLANTS FROM THE POINT OF VIEW OF NETWORK STABILITY, INTEGRATING SUPPORT SERVICES AS WELL AS NEW FUNCTIONALITIES. This Is a PRIORITIVE OBJECTIVE OF FROM THE OBJECTIVES IN H2020, ON EVERYTHING THE 20 % INSTALLED POOTENCE BASED IN RENOVABLE._x000D_ PV PLANTAS PV VIRTUALLY synchronous PLANTAS PLANTS IN THE DE...) |
||||||||||||||
| Property / summary | |||||||||||||||
THE MAIN OBJECTIVE OF THE DEVELOPMENT OF VIRTUALLY SYNCHRONOUS PHOTOVOLTAIC PLANTS IS TO SOLVE THE PROBLEMS POSED BY CONVENTIONAL PHOTOVOLTAIC PLANTS FROM THE POINT OF VIEW OF NETWORK STABILITY, INTEGRATING SUPPORT SERVICES AS WELL AS NEW FUNCTIONALITIES. This Is a PRIORITIVE OBJECTIVE OF FROM THE OBJECTIVES IN H2020, ON EVERYTHING THE 20 % INSTALLED POOTENCE BASED IN RENOVABLE._x000D_ PV PLANTAS PV VIRTUALLY synchronous PLANTAS PLANTS IN THE DEVELOPMENT OF THE PROJECT have capacity not only are the requirements that are in place in the current network codes, or in the bulldozers of which they are developing for the future, but can cover all the functions of a synchronous manager in relation to network support services, and I would like to offer a better answer, offering capacity that the synchronous conventional managers can not summage, thanks to the advanced capacity of the POWER CONTROLLER (SPC) SYNCHRONOUS POWER CONTROLLER (SPC) to offer. IN THIS CONTEXT, WE CAN HIGHLIGHT THE FOLLOWING OBJECTIVES: _x000D_ — Scaling the CONCEPT OF CONCEPTING CONTROL OF PLANTE CONTROL CONTROL TO PLANTE LEVEL, DOING A PHOTOVOLTAIC PLAN to behave as a VIRTUALLY SINCRONE GENERATION STATION._x000D_ — Analysing and Developing a DISTRIBUTED CONTROL SYSTEM management SYSTEM that covers all the value of the energy production product, commencing by the automatic operation of the VIRTUAL synchronous plan, PASANING FOR THE INTERACTION with the ELECTRICAL network and achieving the PARTICIPATION IN COMPETITION OF ENERGY._x000D_ — to extend the Agreement on Transactive Potential to Develop New OPTIMISATION ALGORITMS BASED IN THE COMPETITIVE REPUBLIC OF THE FUNCTIONALITIES OF THE MULTIPLE GENERATION UNITIES CONSTITUING THE PLAN. _x000D_ — analyse and develop the strategic control point of the synchronous services that offer the unitys of management units that consit the plan_x000D_ -_x000D___x000D___x000D_ -_x000D_ -_x000D_ the SECUNDAR CONTROL LEVEL OF VIRTUALLY Synchronous SERVICES OF THE GENERATION UNITIES CONSTITUING THE PLAN _x000D_ _x000D_ — DEVELOPING INTELIGENT ALGORITMTS OF PROCESSING AND ANALISIS OF THE INFORMATION PROCESSING THE GENERATION PLAN with the OBJECTIVE TO STATE IN REAL TIME the capacity of managing the plan and establishing INTELIGENT PROCEDURES of PREDICIVE MAINTENANCE. _x000D_ — analyse EXHAUSTIVE FORMING THE DIMENSION OF ENERGY SYSTEMS, as well as the most advanced management strategies in the state of BATERIA. _x000D_ — analyse THE IMPACT OF PHOTOVOLTAIC PLANTS VIRTUALLY synchronous IN THE ELECTRICAN NETWORK, as well as its COMPARATION WITH OTHER CONVENTIONAL PLANTS. _x000D_ — analyse ADDITIONAL FUNCIONALITY TO BE IN THE NETWORK, focusing on those relating to the FRECUENCE CONTROL as well as other AUXILIARY SERVICES (English) | |||||||||||||||
| Property / summary: THE MAIN OBJECTIVE OF THE DEVELOPMENT OF VIRTUALLY SYNCHRONOUS PHOTOVOLTAIC PLANTS IS TO SOLVE THE PROBLEMS POSED BY CONVENTIONAL PHOTOVOLTAIC PLANTS FROM THE POINT OF VIEW OF NETWORK STABILITY, INTEGRATING SUPPORT SERVICES AS WELL AS NEW FUNCTIONALITIES. This Is a PRIORITIVE OBJECTIVE OF FROM THE OBJECTIVES IN H2020, ON EVERYTHING THE 20 % INSTALLED POOTENCE BASED IN RENOVABLE._x000D_ PV PLANTAS PV VIRTUALLY synchronous PLANTAS PLANTS IN THE DEVELOPMENT OF THE PROJECT have capacity not only are the requirements that are in place in the current network codes, or in the bulldozers of which they are developing for the future, but can cover all the functions of a synchronous manager in relation to network support services, and I would like to offer a better answer, offering capacity that the synchronous conventional managers can not summage, thanks to the advanced capacity of the POWER CONTROLLER (SPC) SYNCHRONOUS POWER CONTROLLER (SPC) to offer. IN THIS CONTEXT, WE CAN HIGHLIGHT THE FOLLOWING OBJECTIVES: _x000D_ — Scaling the CONCEPT OF CONCEPTING CONTROL OF PLANTE CONTROL CONTROL TO PLANTE LEVEL, DOING A PHOTOVOLTAIC PLAN to behave as a VIRTUALLY SINCRONE GENERATION STATION._x000D_ — Analysing and Developing a DISTRIBUTED CONTROL SYSTEM management SYSTEM that covers all the value of the energy production product, commencing by the automatic operation of the VIRTUAL synchronous plan, PASANING FOR THE INTERACTION with the ELECTRICAL network and achieving the PARTICIPATION IN COMPETITION OF ENERGY._x000D_ — to extend the Agreement on Transactive Potential to Develop New OPTIMISATION ALGORITMS BASED IN THE COMPETITIVE REPUBLIC OF THE FUNCTIONALITIES OF THE MULTIPLE GENERATION UNITIES CONSTITUING THE PLAN. _x000D_ — analyse and develop the strategic control point of the synchronous services that offer the unitys of management units that consit the plan_x000D_ -_x000D___x000D___x000D_ -_x000D_ -_x000D_ the SECUNDAR CONTROL LEVEL OF VIRTUALLY Synchronous SERVICES OF THE GENERATION UNITIES CONSTITUING THE PLAN _x000D_ _x000D_ — DEVELOPING INTELIGENT ALGORITMTS OF PROCESSING AND ANALISIS OF THE INFORMATION PROCESSING THE GENERATION PLAN with the OBJECTIVE TO STATE IN REAL TIME the capacity of managing the plan and establishing INTELIGENT PROCEDURES of PREDICIVE MAINTENANCE. _x000D_ — analyse EXHAUSTIVE FORMING THE DIMENSION OF ENERGY SYSTEMS, as well as the most advanced management strategies in the state of BATERIA. _x000D_ — analyse THE IMPACT OF PHOTOVOLTAIC PLANTS VIRTUALLY synchronous IN THE ELECTRICAN NETWORK, as well as its COMPARATION WITH OTHER CONVENTIONAL PLANTS. _x000D_ — analyse ADDITIONAL FUNCIONALITY TO BE IN THE NETWORK, focusing on those relating to the FRECUENCE CONTROL as well as other AUXILIARY SERVICES (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: THE MAIN OBJECTIVE OF THE DEVELOPMENT OF VIRTUALLY SYNCHRONOUS PHOTOVOLTAIC PLANTS IS TO SOLVE THE PROBLEMS POSED BY CONVENTIONAL PHOTOVOLTAIC PLANTS FROM THE POINT OF VIEW OF NETWORK STABILITY, INTEGRATING SUPPORT SERVICES AS WELL AS NEW FUNCTIONALITIES. This Is a PRIORITIVE OBJECTIVE OF FROM THE OBJECTIVES IN H2020, ON EVERYTHING THE 20 % INSTALLED POOTENCE BASED IN RENOVABLE._x000D_ PV PLANTAS PV VIRTUALLY synchronous PLANTAS PLANTS IN THE DEVELOPMENT OF THE PROJECT have capacity not only are the requirements that are in place in the current network codes, or in the bulldozers of which they are developing for the future, but can cover all the functions of a synchronous manager in relation to network support services, and I would like to offer a better answer, offering capacity that the synchronous conventional managers can not summage, thanks to the advanced capacity of the POWER CONTROLLER (SPC) SYNCHRONOUS POWER CONTROLLER (SPC) to offer. IN THIS CONTEXT, WE CAN HIGHLIGHT THE FOLLOWING OBJECTIVES: _x000D_ — Scaling the CONCEPT OF CONCEPTING CONTROL OF PLANTE CONTROL CONTROL TO PLANTE LEVEL, DOING A PHOTOVOLTAIC PLAN to behave as a VIRTUALLY SINCRONE GENERATION STATION._x000D_ — Analysing and Developing a DISTRIBUTED CONTROL SYSTEM management SYSTEM that covers all the value of the energy production product, commencing by the automatic operation of the VIRTUAL synchronous plan, PASANING FOR THE INTERACTION with the ELECTRICAL network and achieving the PARTICIPATION IN COMPETITION OF ENERGY._x000D_ — to extend the Agreement on Transactive Potential to Develop New OPTIMISATION ALGORITMS BASED IN THE COMPETITIVE REPUBLIC OF THE FUNCTIONALITIES OF THE MULTIPLE GENERATION UNITIES CONSTITUING THE PLAN. _x000D_ — analyse and develop the strategic control point of the synchronous services that offer the unitys of management units that consit the plan_x000D_ -_x000D___x000D___x000D_ -_x000D_ -_x000D_ the SECUNDAR CONTROL LEVEL OF VIRTUALLY Synchronous SERVICES OF THE GENERATION UNITIES CONSTITUING THE PLAN _x000D_ _x000D_ — DEVELOPING INTELIGENT ALGORITMTS OF PROCESSING AND ANALISIS OF THE INFORMATION PROCESSING THE GENERATION PLAN with the OBJECTIVE TO STATE IN REAL TIME the capacity of managing the plan and establishing INTELIGENT PROCEDURES of PREDICIVE MAINTENANCE. _x000D_ — analyse EXHAUSTIVE FORMING THE DIMENSION OF ENERGY SYSTEMS, as well as the most advanced management strategies in the state of BATERIA. _x000D_ — analyse THE IMPACT OF PHOTOVOLTAIC PLANTS VIRTUALLY synchronous IN THE ELECTRICAN NETWORK, as well as its COMPARATION WITH OTHER CONVENTIONAL PLANTS. _x000D_ — analyse ADDITIONAL FUNCIONALITY TO BE IN THE NETWORK, focusing on those relating to the FRECUENCE CONTROL as well as other AUXILIARY SERVICES (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
| |||||||||||||||
Revision as of 13:33, 12 October 2021
Project Q3141344 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3141344 in Spain |
Statements
102,850.0 Euro
0 references
205,700.0 Euro
0 references
50.0 percent
0 references
1 January 2015
0 references
31 December 2017
0 references
UNIVERSIDAD POLITECNICA DE CATALUÑA
0 references
41°22'58.40"N, 2°10'38.75"E
0 references
08019
0 references
EL OBJETIVO PRINCIPAL DEL DESARROLLO DE ¿PLANTAS FOTOVOLTAICAS VIRTUALMENTE SINCRONAS ES EL DE RESOLVER LOS PROBLEMAS QUE PRESENTAN LAS PLANTAS FOTOVOLTAICAS CONVENCIONALES DESDE EL PUNTO DE VISTA DE LA ESTABILIDAD DE LA RED, INTEGRANDO SERVICIOS DE SOPORTE ASI COMO NUEVAS FUNCIONALIDADES. ESTE ES UN OBJETIVO PRIORITARIO DE CARA A CONSEGUIR LOS OBJETIVOS PLANTEADOS EN EL H2020, SOBRE TODO EL QUE SE REFIERE AL 20% DE POTENCIA INSTALADA BASADA EN RENOVABLES._x000D_ LAS PLANTAS PLANTAS PV VIRTUALMENTE SINCRONAS QUE SE PLANTEAN EN EL DESARROLLO DEL PROYECTO TENDRAN LA CAPACIDAD DE IMPLEMENTAR NO SOLO LOS REQUISITOS QUE SE PLANTEAN EN LOS CODIGOS DE RED ACTUALES, O EN LOS BORRADORES DE LOS QUE ESTAN EN DESARROLLO PARA EL FUTURO, SINO QUE PODRAN CUBRIR TODAS LAS FUNCIONALIDADES DE UN GENERADOR SINCRONO EN CUANTO A SERVICIOS DE SOPORTE DE RED, E INCLUSO OFRECER UNA RESPUESTA MEJORADA, OFRECIENDO CAPACIDADES QUE LOS GENERADORES SINCRONOS CONVENCIONALES NO PUEDEN SUMINISTRAR, GRACIAS A LAS CAPACIDADES AVANZADAS DE PROCESADO DE POTENCIA QUE EL SYNCHRONOUS POWER CONTROLLER (SPC) OFRECE. EN ESE MARCO, PODEMOS DESTACAR LOS SIGUIENTES OBJETIVOS: _x000D_ - ESCALAR EL CONCEPTO DEL CONTROL SINCRONO DE CONVERTIDORES DE POTENCIA A NIVEL DE PLANTA, HACIENDO QUE UNA PLANTA FOTOVOLTAICA SE COMPORTE COMO UNA ESTACION DE GENERACION VIRTUALMENTE SINCRONA._x000D_ - ANALIZAR Y DESARROLLAR UN SISTEMA DE CONTROL DISTRIBUIDO DEL SISTEMA DE GENERACION QUE ABARQUE TODA LA CADENA DE VALOR DEL PROCESO DE PRODUCCION DE ENERGIA, COMENZANDO POR LA AUTOMATIZACION DE LA OPERACION DE LA PLANTA SINCRONA VIRTUAL, PASANDO POR LA INTERACCION CON LA RED ELECTRICA Y LLEGANDO A LA PARTICIPACION EN LOS MERCADOS COMPETITIVOS DE ENERGIA._x000D_ - EXTENDER EL CONCEPTO DE POTENCIA TRANSACTIVA PARA DESARROLLAR NUEVOS ALGORITMOS DE OPTIMIZACION BASADOS EN EL REPARTO COMPETITIVO DE LAS FUNCIONALIDADES DE LAS MULTIPLES UNIDADES DE GENERACION QUE CONSTITUYEN LA PLANTA. _x000D_ - ANALIZAR Y DESARROLLAR EL NIVEL DE CONTROL DE SECUNDARIO DE LOS SERVICIOS VIRTUALMENTE SINCRONOS QUE OFRECEN LAS UNIDADES DE UNIDADES DE GENERACION QUE CONSTITUYEN LA PLANTA_x000D_ -_x000D_ ANALIZAR Y DISEÑAR ALGORITMOS A NIVEL DE CLUSTER PARA IMPLEMENTAR EL NIVEL DE CONTROL SECUNDARIO DE LOS SERVICIOS VIRTUALMENTE SINCRONOS QUE OFRECEN LAS UNIDADES DE GENERACION QUE CONSTITUYEN LA PLANTA _x000D_ _x000D_ - DESARROLLAR ALGORITMOS INTELIGENTES DE PROCESADO Y ANALISIS DE LA INFORMACION HETEROGENEA PROCEDENTE DE LA PLANTA DE GENERACION CON EL OBJETIVO DE ESTIMAR EN TIEMPO REAL LAS CAPACIDADES DE GENERACION DE LA PLANTA Y ESTABLECER PROCEDIMIENTOS INTELIGENTES DE MANTENIMIENTO PREDICTIVO. _x000D_ - ANALIZAR DE FORMA EXHAUSTIVA EL DIMENSIONADO DE LOS SISTEMAS DE ALMACENAMIENTO DE ENERGIA, ASI COMO LAS ESTRATEGIAS DE GESTION MAS ADECUADAS EN FUNCION DEL ESTADO DE LA BATERIA. _x000D_ - ANALIZAR EL IMPACTO DE LAS PLANTAS FOTOVOLTAICAS VIRTUALMENTE SINCRONAS EN LA RED ELECTRICA, ASI COMO SU COMPARACION CON OTRAS PLANTAS CONVENCIONALES. _x000D_ - ANALIZAR LAS FUNCIONALIDAD ADICIONALES A APORTAR EN LA RED, CENTRANDOSE EN AQUELLAS RELATIVAS AL CONTROL DE FRECUENCIA ASI COMO OTROS SERVICIOS AUXILIARES (Spanish)
0 references
THE MAIN OBJECTIVE OF THE DEVELOPMENT OF VIRTUALLY SYNCHRONOUS PHOTOVOLTAIC PLANTS IS TO SOLVE THE PROBLEMS POSED BY CONVENTIONAL PHOTOVOLTAIC PLANTS FROM THE POINT OF VIEW OF NETWORK STABILITY, INTEGRATING SUPPORT SERVICES AS WELL AS NEW FUNCTIONALITIES. This Is a PRIORITIVE OBJECTIVE OF FROM THE OBJECTIVES IN H2020, ON EVERYTHING THE 20 % INSTALLED POOTENCE BASED IN RENOVABLE._x000D_ PV PLANTAS PV VIRTUALLY synchronous PLANTAS PLANTS IN THE DEVELOPMENT OF THE PROJECT have capacity not only are the requirements that are in place in the current network codes, or in the bulldozers of which they are developing for the future, but can cover all the functions of a synchronous manager in relation to network support services, and I would like to offer a better answer, offering capacity that the synchronous conventional managers can not summage, thanks to the advanced capacity of the POWER CONTROLLER (SPC) SYNCHRONOUS POWER CONTROLLER (SPC) to offer. IN THIS CONTEXT, WE CAN HIGHLIGHT THE FOLLOWING OBJECTIVES: _x000D_ — Scaling the CONCEPT OF CONCEPTING CONTROL OF PLANTE CONTROL CONTROL TO PLANTE LEVEL, DOING A PHOTOVOLTAIC PLAN to behave as a VIRTUALLY SINCRONE GENERATION STATION._x000D_ — Analysing and Developing a DISTRIBUTED CONTROL SYSTEM management SYSTEM that covers all the value of the energy production product, commencing by the automatic operation of the VIRTUAL synchronous plan, PASANING FOR THE INTERACTION with the ELECTRICAL network and achieving the PARTICIPATION IN COMPETITION OF ENERGY._x000D_ — to extend the Agreement on Transactive Potential to Develop New OPTIMISATION ALGORITMS BASED IN THE COMPETITIVE REPUBLIC OF THE FUNCTIONALITIES OF THE MULTIPLE GENERATION UNITIES CONSTITUING THE PLAN. _x000D_ — analyse and develop the strategic control point of the synchronous services that offer the unitys of management units that consit the plan_x000D_ -_x000D___x000D___x000D_ -_x000D_ -_x000D_ the SECUNDAR CONTROL LEVEL OF VIRTUALLY Synchronous SERVICES OF THE GENERATION UNITIES CONSTITUING THE PLAN _x000D_ _x000D_ — DEVELOPING INTELIGENT ALGORITMTS OF PROCESSING AND ANALISIS OF THE INFORMATION PROCESSING THE GENERATION PLAN with the OBJECTIVE TO STATE IN REAL TIME the capacity of managing the plan and establishing INTELIGENT PROCEDURES of PREDICIVE MAINTENANCE. _x000D_ — analyse EXHAUSTIVE FORMING THE DIMENSION OF ENERGY SYSTEMS, as well as the most advanced management strategies in the state of BATERIA. _x000D_ — analyse THE IMPACT OF PHOTOVOLTAIC PLANTS VIRTUALLY synchronous IN THE ELECTRICAN NETWORK, as well as its COMPARATION WITH OTHER CONVENTIONAL PLANTS. _x000D_ — analyse ADDITIONAL FUNCIONALITY TO BE IN THE NETWORK, focusing on those relating to the FRECUENCE CONTROL as well as other AUXILIARY SERVICES (English)
12 October 2021
0 references
Barcelona
0 references
Identifiers
ENE2014-60228-R
0 references