Prognozowanie i łagodzenie skutków wilgotnych fal upałów w Afryce

W wielu częściach świata fale upałów stają się coraz częstsze, bardziej intensywne i dłuższe. Celem wspieranego z działania „Maria Skłodowska-Curie” projektu AFRIHEAT jest rzucenie światła na wpływ fal upałów w Afryce, regionie, w którym przeprowadzono niewiele badań pomimo jego podatności na ekstremalne warunki pogodowe. Stwierdzono, że fale upałów mają poważne konsekwencje, takie jak zmniejszenie plonów, wydajności i wyników w nauce oraz wzrost ryzyka pożarów i śmiertelności. Projekt skupi się na badaniu wilgotnych fal upałów, które są szczególnie niebezpieczne, a jego celem jest opracowanie systemu wczesnego ostrzegania. Ustalenia badaczy przyczynią się do sprawniejszego prognozowania oraz łagodzenia skutków wilgotnych fal upałów w Afryce.

Opis projektu

Redakcja CORDIS

Zredagowane przez CORDIS

Projekt

Karty informacji o projektach

hydrologia

/nauki przyrodnicze/nauki o Ziemi i pokrewne nauki o środowisku/hydrologia

produktywność

/nauki społeczne/ekonomia i biznes/ekonomia/ekonomia produkcji/produktywność

rolnictwo

/nauki rolnicze/rolnictwo, leśnictwo i rybołówstwo/rolnictwo

zmiany klimatu

/nauki przyrodnicze/nauki o Ziemi i pokrewne nauki o środowisku/nauki o atmosferze/klimatologia/zmiany klimatu

hydrotechnika

/inżynieria i technologia/inżynieria lądowa/inżynieria budowlana/hydrotechnika

CORDA

Hurtownia danych naukowych BRT

Podstawa prawna

CORDA

Hurtownia danych naukowych BRT

Temat

CORDA

Hurtownia danych naukowych BRT


Prevedere e mitigare l’impatto delle ondate di calore umide in Africa

Le ondate di calore stanno diventando sempre più frequenti, intense e prolungate in molte parti del mondo. Con il sostegno del programma di azioni Marie Skłodowska-Curie, il progetto AFRIHEAT si propone di gettare luce sulle ripercussioni delle ondate di calore in Africa, una regione oggetto di poche ricerche nonostante la vulnerabilità alle condizioni atmosferiche estreme. Secondo quanto emerso, le ondate di calore hanno gravi conseguenze, tra cui una resa delle colture, una produttività e risultati scolastici ridotti, nonché un rischio maggiore di incendi e mortalità. Il progetto si concentrerà sullo studio delle ondate di calore umide, particolarmente pericolose, e si propone di sviluppare un sistema di allerta precoce. I risultati della ricerca contribuiranno alla previsione e alla mitigazione dell’impatto delle ondate di calore umide in Africa.

Sulla base di informazioni relative ai progetti

Descrizione del progetto

Articolo: descrizione del progetto correlato scritta dalla redazione

CORDIS Editoriale

Redatto da CORDIS

Progetto

Schede informative dei progetti

idrologia

/scienze naturali/scienze della terra e scienze ambientali connesse/idrologia

produttività

/scienze sociali/economia e commercio/scienze economiche/economia della produzione/produttività

agricoltura

/scienze agricole/agricoltura, silvicoltura e pesca/agricoltura

cambiamenti climatici

/scienze naturali/scienze della terra e scienze ambientali connesse/scienze dell'atmosfera/climatologia/cambiamenti climatici

ingegneria idraulica

/ingegneria e tecnologia/ingegneria civile/ingegneria strutturale/ingegneria idraulica

CORDA

Magazzino dati della ricerca RTS

Base giuridica

Programma: Base giuridica per il finanziamento della ricerca

CORDA

Magazzino dati della ricerca RTS

Argomento

Programma: Parte del programma di lavoro della Commissione per l'attuazione della base giuridica

CORDA

Magazzino dati della ricerca RTS


Vorhersage und Abmilderung der Auswirkungen feuchter Hitzewellen in Afrika

Hitzewellen brechen über viele Teile der Welt immer häufiger, intensiver und länger andauernd herein. Mit Unterstützung der Marie-Skłodowska-Curie-Maßnahmen zielt das Projekt AFRIHEAT darauf ab, die Auswirkungen von Hitzewellen in Afrika zu erforschen, einer Region, die ungeachtet ihrer Anfälligkeit gegenüber extremen Wetterbedingungen bisher wenig erforscht wurde. Festgestellt wurde, dass Hitzewellen schwerwiegende Folgen wie zum Beispiel geringere Ernteerträge, Produktivität und schulische Leistungen sowie erhöhte Risiken in Bezug auf Wildfeuer und Todesfälle mit sich bringen. Das Projekt konzentriert sich auf die Untersuchung feuchter Hitzewellen, die besonders gefährlich sind, und sein Ziel besteht in der Entwicklung eines Frühwarnsystems. Die Forschungsergebnisse werden dazu beitragen, die Auswirkungen feuchter Hitzewellen in Afrika vorherzusagen und abzumildern.

Projektbeschreibung

Artikel: Beschreibung eines verbundenen Projekts, geschrieben vom Redaktionsteam

CORDIS Redaktion

Von CORDIS geschrieben

Projekt

Projektinformationen

Hydrologie

/Naturwissenschaften/Geowissenschaften und verwandte Umweltwissenschaften/Hydrologie

Produktivität

Landwirtschaft

/Agrarwissenschaften/Landwirtschaft, Forstwirtschaft und Fischerei/Landwirtschaft

Klimaänderungen

Wasserbau

/Technik und Technologie/Bauingenieurwesen/konstruktiver Ingenieurbau/Wasserbau

CORDA

RTD-Forschungsdaten-Warehouse

Rechtsgrundlage

Programm: Rechtsgrundlage für die Forschungsfinanzierung

CORDA

RTD-Forschungsdaten-Warehouse

Thema

Programm: Teil des Arbeitsprogramms der Kommission zur Durchführung der Rechtsgrundlage

CORDA

RTD-Forschungsdaten-Warehouse


Prévision et atténuation des conséquences des vagues de chaleur humide en Afrique

Les vagues de chaleur sont de plus en plus fréquentes, intenses et prolongées dans de nombreuses régions du monde. Fort du soutien du programme Actions Marie Skłodowska-Curie, le projet AFRIHEAT vise à mettre en lumière les conséquences des vagues de chaleur en Afrique, une région qui a fait l’objet de peu de recherches malgré sa vulnérabilité aux phénomènes météorologiques extrêmes. Les vagues de chaleur se sont avérés avoir de graves conséquences, dont une réduction du rendement des cultures, de la productivité et des résultats scolaires, ainsi qu’un risque accru de feux de forêt et de mortalité. Le projet s’attachera à étudier les vagues de chaleur humide, qui sont particulièrement dangereuses, et vise à mettre au point un système d’alerte précoce. Les résultats de la recherche contribueront à la prévision et à l’atténuation des conséquences des vagues de chaleur humide partout en Afrique.

D’après les informations communiquées par les projets

Description du projet

Article: description du projet connexe rédigée par l’équipe éditoriale

Éditorial CORDIS

Rédigé par CORDIS

Projet

Fiches d'information du projet

hydrologie

/sciences naturelles/sciences de la Terre et sciences connexes de l'environnement/hydrologie

productivité

/sciences sociales/économie et affaires/économie/économie de la production/productivité

agriculture

/sciences agricoles/agriculture, sylviculture et pêche/agriculture

changement climatique

/sciences naturelles/sciences de la Terre et sciences connexes de l'environnement/sciences de l'atmosphère/climatologie/changement climatique

génie hydraulique

/ingénierie et technologie/génie civil/ingénierie des structures/génie hydraulique

CORDA

Centrale de données de la recherche RTD

Base juridique

Programme: Base juridique pour le financement de la recherche

CORDA

Centrale de données de la recherche RTD

Thème

Programme: Partie du programme de travail de la Commission mettant en œuvre la base juridique

CORDA

Centrale de données de la recherche RTD


Forecasting and mitigating the impact of humid heatwaves across Africa

Heatwaves are becoming more frequent, intense and prolonged in many parts of the world. With the support of the Marie Skłodowska-Curie Actions programme, the AFRIHEAT project aims to shed light on the impact of heatwaves in Africa, a region where little research has been conducted despite its vulnerability to extreme weather conditions. Heatwaves have been found to have severe consequences, including reduced crop yield, productivity, and educational performance, as well as an increased risk of wildfire and mortality. The project will focus on studying humid heatwaves, which are particularly dangerous, and aims to develop an early warning system. Research outcomes will contribute to forecasting and mitigating the impact of humid heatwaves across Africa.

Project description

Article: description of linked project written by editorial team

CORDIS Editorial

Written by CORDIS

Heatwaves, the occurrence of extremely high temperature over a prolonged period, have been identified to cause death, reduce educational performance, weaken worker productivity, increase the risk of wildfire, and affect crop productivity. The occurrence of heatwaves has been...

Uncovering the structure, dynamics and impacts of humid HEATwaves across AFRIca under present and future climate

Project

Project factsheets

hydrology

/natural sciences/earth and related environmental sciences/hydrology

productivity

/social sciences/economics and business/economics/production economics/productivity

agriculture

/agricultural sciences/agriculture, forestry, and fisheries/agriculture

climatic changes

/natural sciences/earth and related environmental sciences/atmospheric sciences/climatology/climatic changes

hydraulic engineering

/engineering and technology/civil engineering/structural engineering/hydraulic engineering

/HORIZON TMA MSCA Postdoctoral Fellowships - European Fellowships

CORDA

RTD research data warehouse

Marie Skłodowska-Curie Actions (MSCA)

Legal Basis

Programme: Legal basis for research funding

CORDA

RTD research data warehouse

MSCA Postdoctoral Fellowships 2022

Topic

Programme: Part of the Commission work programme implementing legal basis

CORDA

RTD research data warehouse


El camino de los autobuses del transporte público hacia las cero emisiones

Se calcula que una tercera parte de los 200 000 autobuses del transporte público europeo serán vehículos sin emisiones en 2030. En este contexto, el equipo del proyecto EBRT2030, financiado con fondos europeos, creará soluciones de innovación fundamentales centradas en la tecnología destinada al transporte rápido en autobús (TRA) europeo. De este modo, se realizarán siete demostraciones de soluciones innovadoras del sistema de TRA en condiciones reales de funcionamiento. El equipo del proyecto también definirá un nuevo concepto europeo de TRA para el año 2030, que se beneficiará de la evaluación, multiplicación y reproducción de las pruebas de funcionamiento real de las innovaciones. Las ciudades participantes en el proyecto tendrán líneas de TRA operativas o puestas en marcha antes de 2023.

Descripción del proyecto

Artículo: descripción del proyecto relacionado redactada por el equipo editorial

CORDIS Editorial

Redactado por CORDIS

Proyecto

Fichas informativas de proyectos

internet de las cosas

/ciencias naturales/informática y ciencias de la información/internet/internet de las cosas

automatización

CORDA

Almacén de datos de IDT

Fundamento jurídico

Programa: fundamento jurídico para la financiación de investigación

CORDA

Almacén de datos de IDT

Fundamento jurídico

CORDA

Almacén de datos de IDT

Fundamento jurídico

CORDA

Almacén de datos de IDT

Tema

Programa: parte del programa de trabajo de la Comisión para aplicar el fundamento jurídico

CORDA

Almacén de datos de IDT


Europas öffentliche Busse auf dem Weg zum emissionsfreien Betrieb

Schätzungen zufolge wird bis 2030 ein Drittel der 200 000 Busse im europäischen öffentlichen Nahverkehr emissionsfrei sein. In diesem Zusammenhang wird das EU-finanzierte Projekt EBRT2030 technologieorientierte Innovationslösungen für den europäischen Schnellbusverkehr ausgestalten. Es wird sieben Demonstrationen innovativer Schnellbussystemlösungen im realen Betrieb durchführen. Das Projekt wird außerdem ein neues europäisches Schnellbuskonzept für das Jahr 2030 definieren, das von der Evaluierung, Multiplikation und Replikation des Praxistests von Innovationen profitiert. Die an dem Projekt beteiligten Städte werden bis 2023 Schnellbuslinien in Betrieb nehmen oder einführen.

Projektbeschreibung

CORDIS Redaktion

Von CORDIS geschrieben

Projekt

Projektinformationen

Internet der Dinge

/Naturwissenschaften/Informatik und Informationswissenschaften/Internet/Internet der Dinge

Automatisierung

CORDA

RTD-Forschungsdaten-Warehouse

Rechtsgrundlage

CORDA

RTD-Forschungsdaten-Warehouse

Rechtsgrundlage

CORDA

RTD-Forschungsdaten-Warehouse

Rechtsgrundlage

CORDA

RTD-Forschungsdaten-Warehouse

Thema

CORDA

RTD-Forschungsdaten-Warehouse


Novel technologies for the Beyond 5G/6G era

The emergence of Beyond 5G/6G mobile networks shows the growing need for faster devices that combine greater transmission power with greater energy efficiency. The same trend can be observed for satellite telecommunications and Earth observation networks. To address this, the introduction and development of such devices require technologies capable of supporting them. The EU-funded SHIFT project plans to introduce new semiconductor technologies that will help develop the devices required by Beyond 5G/6G. To this end, the project will design technologies for telecommunications systems and innovative production processes that will improve efficiency and costs, leading to easy integration of digital services and products.

Project description

CORDIS Editorial

Written by CORDIS

The global market for next-generation telecommunications systems (B5G, 6G) demands products with higher speeds, better energy efficiency and sufficient power output. The project aims to meet these needs by developing and industrializing next-generation semiconductor...

Sustainable tecHnologies enablIng Future Telecommunication applications

Project

Project factsheets

satellite technology

/engineering and technology/mechanical engineering/vehicle engineering/aerospace engineering/satellite technology

optical networks

/engineering and technology/electrical engineering, electronic engineering, information engineering/information engineering/telecommunications/telecommunications networks/optical networks

semiconductivity

/natural sciences/physical sciences/electromagnetism and electronics/semiconductivity

HORIZON JU Innovation Actions

HORIZON JU Innovation Actions

CORDA

RTD research data warehouse

HORIZON-KDT-JU-2021-1-IA

Topic

CORDA

RTD research data warehouse

Computer hardware and architecture

/Computer architecture, pervasive computing, ubiquitous computing

/Networks (communication networks, sensor networks, networks of robots, etc.)

System of systems

Smart manufacturing

/Electrical and electronic engineering: semiconductors, components, systems

Photonics

/Systems engineering, sensorics, actorics, automation

Smart factories

/Integrated circuits (including FPGA, ASIC, …)

Organic electronics

Robotics and automatic control

Electronics, photonics

Printed electronics

Cyber-physical systems

/Electronic components fabrication and packaging

Embedded systems

/Communication engineering and systems telecommunications

Digital, Industry and Space

Legal Basis

CORDA

RTD research data warehouse

Key Digital Technologies

Legal Basis

CORDA

RTD research data warehouse


Europe’s public transport buses en route to zero emissions

It is estimated that a third of the 200 000 buses in European public transport will be zero emission vehicles by 2030. In this context, the EU-funded EBRT2030 project will develop technology-focused key innovation solutions for European bus rapid transport (BRT). It will run seven demonstrations of BRT system innovative solutions in real operation. The project will also define a new European concept of BRT for the year 2030, benefitting from the evaluation, multiplication and replication of the real-operation test of innovations. The cities involved in the project will have BRT lines in operation or launched within 2023.

Project description

CORDIS Editorial

Written by CORDIS

The eBRT2030 project will create a New Generation of advanced full electric, urban and peri-urban European Bus Rapid Transit (BRT) enhanced with novel automation and connectivity functionalities, to support sustainable urban transport by reducing cost/km/passenger, TCO, GHG...

European Bus Rapid Transit of 2030: electrified, automated, connected

Project

Project factsheets

internet of things

/natural sciences/computer and information sciences/internet/internet of things

automation

HORIZON Innovation Actions

HORIZON Innovation Actions

CORDA

RTD research data warehouse

Clean, Safe and Accessible Transport and Mobility

Legal Basis

CORDA

RTD research data warehouse

Climate, Energy and Mobility

Legal Basis

CORDA

RTD research data warehouse

Industrial Competitiveness in Transport

Legal Basis

CORDA

RTD research data warehouse

New generation of full electric urban and peri-urban Bus Rapid Transit systems to strengthen climate-friendly mass transport (2ZERO)

Topic

CORDA

RTD research data warehouse

Transport engineering

Urban transport

Road transport


Europe's first large-scale interregional hydrogen valley

Hydrogen valleys present an opportunity to replace energy sources and materials that are environmentally harmful. The adoption of more eco-friendly hydrogen contributes to the improvement of valleys and local economic ecosystems, and significantly benefits the environment. The EU-funded BalticSeaH2 project will establish the first large-scale interregional hydrogen valley in Europe, spanning Estonia and Finland, with a strong focus on sector coupling and system integration. The model will be extended to encompass neighbouring valleys across the Baltic Sea region, creating a highly advantageous hydrogen economy. Key objectives include demonstrating various applications of hydrogen in manufacturing, distribution, and storage across diverse sectors. The findings will be shared collaboratively with other valleys in order to foster widespread progress in the domain of system integration and sector coupling.

Project description

CORDIS Editorial

Written by CORDIS

BalticSeaH2 will establish the first, largescale interregional hydrogen valley in Europe. BalticSeaH2 will build a main cross-border Hydrogen Valley between Finland and Estonia and connects it with local valleys in different countries surrounding the Baltic Sea. The ultimate...

Cross-border Hydrogen Valley around the Baltic Sea

Project

Project factsheets

natural gas

/engineering and technology/environmental engineering/energy and fuels/fossil energy/natural gas

hydrogen energy

/engineering and technology/environmental engineering/energy and fuels/renewable energy/hydrogen energy

HORIZON JU Innovation Actions

HORIZON JU Innovation Actions

CORDA

RTD research data warehouse

Climate, Energy and Mobility

Legal Basis

CORDA

RTD research data warehouse

Hydrogen Valleys (large-scale)

Topic

CORDA

RTD research data warehouse

Mechanical engineering

Chemical engineering

Civil engineering

Innovation management

Technology management

Business management


Les autobus des transports publics européens en route vers des émissions nulles

On estime qu’un tiers des 200 000 autobus publics européens seront des véhicules à zéro émission d’ici à 2030. Dans ce contexte, le projet EBRT2030, financé par l’UE, entend concevoir différentes innovations technologiques clés axées sur le transport rapide par bus («bus rapid transport», BRT) européen. Sept démonstrations de solutions innovantes de systèmes BRT seront testées en fonctionnement réel. Le projet définira également un nouveau concept européen de BRT pour l’année 2030, en s’appuyant sur l’évaluation, la multiplication et la réplication des essais d’exploitation réelle des innovations. Les villes impliquées dans le projet seront dotées de plusieurs lignes BRT en service ou en cours de lancement d’ici la fin de l’année 2023.

Description du projet

Éditorial CORDIS

Rédigé par CORDIS

Projet

Fiches d'information du projet

internet des objets

/sciences naturelles/informatique et science de l'information/internet/internet des objets

automatisation

CORDA

Centrale de données de la recherche RTD

Base juridique

CORDA

Centrale de données de la recherche RTD

Base juridique

CORDA

Centrale de données de la recherche RTD

Base juridique

CORDA

Centrale de données de la recherche RTD

Thème

CORDA

Centrale de données de la recherche RTD


Gli autobus del trasporto pubblico europeo si avviano verso le emissioni zero

Si stima che un terzo dei 200 000 autobus del trasporto pubblico europeo sarà trasformato in un veicolo a emissioni zero entro il 2030. In questo contesto, il progetto EBRT2030, finanziato dall’UE, svilupperà soluzioni innovative rilevanti incentrate sulla tecnologia per autobus a trasporto rapido europei. Saranno condotte sette dimostrazioni di soluzioni innovative del sistema di trasporto rapido in scenari operativi reali. Il progetto definirà inoltre un nuovo concetto europeo di autobus a trasporto rapido per il 2030, che si avvarrà della valutazione, della moltiplicazione e della replicazione delle prove di funzionamento reale delle innovazioni. Le città coinvolte nel progetto metteranno in servizio o introdurranno flotte di autobus a trasporto rapido entro il 2030.

Descrizione del progetto

CORDIS Editoriale

Redatto da CORDIS

Progetto

Schede informative dei progetti

internet degli oggetti

/scienze naturali/informatica e scienze dell'informazione/internet/internet degli oggetti

automazione

CORDA

Magazzino dati della ricerca RTS

Base giuridica

CORDA

Magazzino dati della ricerca RTS

Base giuridica

CORDA

Magazzino dati della ricerca RTS

Base giuridica

CORDA

Magazzino dati della ricerca RTS

Argomento

CORDA

Magazzino dati della ricerca RTS


Autobusy transportu publicznego w Europie na drodze do zerowej emisji

Szacuje się, że do 2030 roku jedna trzecia z 200 000 autobusów w europejskim transporcie publicznym będzie pojazdami bezemisyjnymi. W tym kontekście zespół finansowanego przez UE projektu EBRT2030 opracuje ważne rozwiązania innowacyjne oparte na technologii z myślą o stworzeniu europejskiej szybkiej komunikacji autobusowej (ang. bus rapid transport, BRT). Badacze przeprowadzą siedem testów, w ramach których zademonstrują możliwości innowacyjnych rozwiązań systemu BRT w warunkach rzeczywistych. Zdefiniują ponadto nową europejską koncepcję BRT na rok 2030, korzystając z ocen testów operacyjnych innowacji przeprowadzonych w warunkach rzeczywistych i powielając poszczególne rozwiązania. W miastach zaangażowanych w projekt linie BRT będą działały lub zostaną uruchomione do 2023 roku.

Na podstawie informacji uzyskanych z projektów

Opis projektu

Artykuł: opis powiązanego projektu sporządzony przez zespół redakcyjny

Redakcja CORDIS

Zredagowane przez CORDIS

Projekt

Karty informacji o projektach

internet rzeczy

automatyzacja

CORDA

Hurtownia danych naukowych BRT

Podstawa prawna

Program: podstawa prawna finansowania badań

CORDA

Hurtownia danych naukowych BRT

Podstawa prawna

CORDA

Hurtownia danych naukowych BRT

Podstawa prawna

CORDA

Hurtownia danych naukowych BRT

Temat

Program: część programu prac Komisji wdrażającego podstawę prawną

CORDA

Hurtownia danych naukowych BRT


Painting the sky green with new hybrid-electric propulsion technology

Backed by a consortium of 48 partners and affiliated entities, from research centres to large companies, the EU-funded HERA project will develop environmentally friendly regional aircraft. The HERA aircraft (approximately of 50-100 seats) will operate in the regional and short-range air mobility by mid-2030 on typical distances of less than 500 km (interurban regional connections). It will be ready for future intermodal and multimodal mobility frameworks for sustainability. The HERA aircraft will include hybrid-electric propulsion based on batteries or fuel cells as energy sources supported by sustainable aviation fuels or hydrogen burning for the thermal source. The goal is to reach 90 % lower emissions.

Project description

CORDIS Editorial

Written by CORDIS

HERA will identify and trade-off the concept of a regional aircraft, its key architectures, develop required aircraft-level technologies and integrate the required enablers in order to meet the -50% technology-based GHG emission set in SRIA for a Hybrid-Electric Regional...

Hybrid-Electric Regional Architecture

Project

Project factsheets

aircraft

/engineering and technology/mechanical engineering/vehicle engineering/aerospace engineering/aircraft

fuel cells

/engineering and technology/environmental engineering/energy and fuels/fuel cells

HORIZON JU Innovation Actions

HORIZON JU Innovation Actions

CORDA

RTD research data warehouse

Legal Basis

CORDA

RTD research data warehouse

Climate, Energy and Mobility

Legal Basis

CORDA

RTD research data warehouse

Aircraft architectures & technology integration for aircraft concepts ranging from regional to short-medium range applications

Topic

CORDA

RTD research data warehouse


A prescription for advancing transnational health research by joint programming and funding

Transnational research that involves cooperation and coordination among researchers and institutions is essential to address pressing challenges in healthcare. The EU has actively promoted health research and innovation. However, a more impactful model for collaborations is needed. With this in mind, the EU-funded ERA4Health project will increase transnational collaborative research funding for priority areas by creating a funding body for joint programming. It will focus on tackling diseases, reducing disease burden, improving public healthcare systems, and strengthening disease prevention and health promotion. With a duration of 7 years, ERA4Health will support relevant medical research, improve the use of health technologies, build capacity, in particular in conducting investigator initiated clinical studies at EU scale, and implement responsible research and innovation practices.

Project description

CORDIS Editorial

Written by CORDIS

Excellent EU programs push health R&I but are not sufficient. Synergy with strategic initiatives in MS and a new model for impactful collaborations are needed to address the challenges for health. ERA4Health brings the opportunity to increase EU transnational collaborative...

Fostering a European Research Area for Health Research

Project

Project factsheets

public health

/medical and health sciences/health sciences/public health

nanomedicine

/medical and health sciences/medical biotechnology/nanomedicine

nutrition

/medical and health sciences/health sciences/nutrition

cardiovascular diseases

/medical and health sciences/clinical medicine/cardiology/cardiovascular diseases

HORIZON Programme Cofund Actions

HORIZON Programme Cofund Actions

CORDA

RTD research data warehouse

Health

Legal Basis

CORDA

RTD research data warehouse

Health Care Systems

Legal Basis

CORDA

RTD research data warehouse

European partnership fostering a European Research Area (ERA) for health research

Topic

CORDA

RTD research data warehouse

Cardiac and Cardiovascular systems

Nutrition, Dietetics

/Biomaterials (as related to medical implants, devices, sensors)


Sviluppo di piattaforme di edge computing sostenibili

In una piattaforma centralizzata, tutte le risorse e i servizi informatici sono forniti da una sede centrale o da un centro dati. Ciò consente un’elevata scalabilità, flessibilità e disponibilità perché gli utenti possono accedere ai servizi e ai dati del cloud da remoto attraverso Internet. In proposito, il progetto HICONNECTS, finanziato dall’UE, mira a sviluppare piattaforme di cloud ed edge computing che siano sostenibili, efficienti dal punto di vista energetico e che avvicinino i servizi cloud agli utenti finali. Il progetto prevede lo sviluppo di infrastrutture di calcolo, archiviazione e interfacce di rete ad alte prestazioni, nonché l’analisi in tempo reale di sensori IoT e megadati. La tecnologia principale alla base del progetto combina wafer di silicio tradizionali, elettronica ad alta velocità e dispositivi fotonici. Nel complesso, mostrerà un salto di qualità nell’affidabilità e nelle prestazioni di calcolo e di rete.

Descrizione del progetto

Articolo: descrizione del progetto correlato scritta dalla redazione

CORDIS Editoriale

Redatto da CORDIS

Progetto

Schede informative dei progetti

intelligenza artificiale

/scienze naturali/informatica e scienze dell'informazione/intelligenza artificiale

5G

/ingegneria e tecnologia/ingegneria elettrica, ingegneria elettronica, ingegneria informatica/ingegneria informatica/telecomunicazioni/reti di telecomunicazione/rete mobile/5G

internet degli oggetti

megadati

/scienze naturali/informatica e scienze dell'informazione/scienza dei dati/megadati

sensori

/ingegneria e tecnologia/ingegneria elettrica, ingegneria elettronica, ingegneria informatica/ingegneria elettronica/sensori

CORDA

Magazzino dati della ricerca RTS

Argomento

Programma: Parte del programma di lavoro della Commissione per l'attuazione della base giuridica

CORDA

Magazzino dati della ricerca RTS

Base giuridica

Programma: Base giuridica per il finanziamento della ricerca

CORDA

Magazzino dati della ricerca RTS

Base giuridica

CORDA

Magazzino dati della ricerca RTS


Developing sustainable edge computing platforms

In a centralised platform, all computing resources and services are provided from a central location or data centre. This offers high scalability, flexibility and availability, and users can access the cloud services and data remotely through the internet. In this context, the EU-funded HICONNECTS project aims to develop cloud and edge computing platforms that are sustainable, energy-efficient, and bring cloud services closer to end users. The project involves the development of high-performance computing, storage infrastructure and network interfaces, as well as real-time analysis of IoT sensors and big data. The main technology underlying the project combines traditional silicon wafers, high-speed electronics, and photonics devices. Overall, it will demonstrate a leap in computing and networking reliability and performance.

Project description

CORDIS Editorial

Written by CORDIS

The  challenges and major HiCONNECTS objectives are to transform the centralized cloud platform to decentralized platforms which include edge cloud computing in a sustainable, energy-efficient way. This will bring cloud services including Artificial Intelligence (AI) closer to...

Heterogeneous Integration for Connectivity and Sustainability

Project

Project factsheets

artificial intelligence

/natural sciences/computer and information sciences/artificial intelligence

5G

/engineering and technology/electrical engineering, electronic engineering, information engineering/information engineering/telecommunications/telecommunications networks/mobile network/5G

internet of things

/natural sciences/computer and information sciences/internet/internet of things

big data

/natural sciences/computer and information sciences/data science/big data

sensors

/engineering and technology/electrical engineering, electronic engineering, information engineering/electronic engineering/sensors

HORIZON JU Innovation Actions

HORIZON JU Innovation Actions

CORDA

RTD research data warehouse

Digital, Industry and Space

Legal Basis

CORDA

RTD research data warehouse

Key Digital Technologies

Legal Basis

CORDA

RTD research data warehouse

HORIZON-KDT-JU-2021-1-IA

Topic

CORDA

RTD research data warehouse

Computer hardware and architecture

/Computer architecture, pervasive computing, ubiquitous computing

/Networks (communication networks, sensor networks, networks of robots, etc.)

System of systems

Smart manufacturing

/Electrical and electronic engineering: semiconductors, components, systems

Photonics

/Systems engineering, sensorics, actorics, automation

Smart factories

/Integrated circuits (including FPGA, ASIC, …)

Organic electronics

Robotics and automatic control

Electronics, photonics

Printed electronics

Cyber-physical systems

/Electronic components fabrication and packaging

Embedded systems

/Communication engineering and systems telecommunications


Développer des plateformes durables d’informatique de périphérie

Dans une plateforme centralisée, toutes les ressources et tous les services informatiques sont fournis à partir d’un emplacement central ou d’un centre de données. Cette configuration permet une évolutivité, une souplesse et une disponibilité considérables, et les utilisateurs peuvent accéder aux services et aux données du nuage à distance grâce à l’internet. Dans ce contexte, le projet HICONNECTS, financé par l’UE, entend développer des plateformes d’informatique de périphérie et en nuage qui soient durables, économes en énergie et qui rapprochent les services en nuage des utilisateurs finaux. Le projet implique la mise en place d’une infrastructure de calcul, de stockage et d’interfaces réseau à haute performance, ainsi que l’analyse en temps réel de capteurs IdO et de mégadonnées. La principale technologie sur laquelle repose le projet combine des plaques de silicium traditionnelles, des dispositifs électroniques à grande vitesse, ainsi que des dispositifs photoniques. Dans l’ensemble, elle permettra d’améliorer la fiabilité et la performance des ordinateurs et des réseaux.

Description du projet

Éditorial CORDIS

Rédigé par CORDIS

Projet

Fiches d'information du projet

intelligence artificielle

/sciences naturelles/informatique et science de l'information/intelligence artificielle

5G

/ingénierie et technologie/génie électrique, génie électronique, génie de l’information/ingénierie de l’information/télécommunication/réseau de télécommunications/réseau mobile/5G

internet des objets

/sciences naturelles/informatique et science de l'information/internet/internet des objets

mégadonnées

/sciences naturelles/informatique et science de l'information/science des données/mégadonnées

capteurs

/ingénierie et technologie/génie électrique, génie électronique, génie de l’information/ingénierie électronique/capteurs

CORDA

Centrale de données de la recherche RTD

Base juridique

CORDA

Centrale de données de la recherche RTD

Base juridique

CORDA

Centrale de données de la recherche RTD

Thème

CORDA

Centrale de données de la recherche RTD


Zrównoważone platformy przetwarzania brzegowego

W przypadku platform scentralizowanych wszystkie zasoby i usługi obliczeniowe są udostępniane z centralnej lokalizacji lub centrum danych. Zapewnia to wysoką skalowalność, elastyczność i dostępność, a użytkownicy mogą uzyskać dostęp do usług i danych w chmurze w sposób zdalny przez internet. W związku z tym w ramach finansowanego przez UE projektu HICONNECTS powstaną platformy przetwarzania w chmurze i przetwarzania brzegowego, które będą nie tylko zrównoważone i energooszczędne, ale także zapewnią użytkownikom końcowym łatwiejszy dostęp do usług w chmurze. Projekt przewiduje opracowanie infrastruktury obliczeń wielkiej skali, pamięci masowej i interfejsów sieciowych, jak również analizę danych z czujników IoT i dużych zbiorów danych w czasie rzeczywistym. Główna technologia, na której opiera się projekt, to połączenie tradycyjnych wafli krzemowych, szybkiej elektroniki i urządzeń fotonicznych. Ogólnym celem projektu jest osiągnięcie oraz wykazanie skokowej poprawy niezawodności i wydajności zarówno obliczeń, jak i sieci.

Opis projektu

Redakcja CORDIS

Zredagowane przez CORDIS

Projekt

Karty informacji o projektach

sztuczna inteligencja

5G

/inżynieria i technologia/inżynieria elektryczna, inżynieria elektroniczna, inżynieria informatyczna/inżynieria informacyjna/telekomunikacja/sieć telekomunikacyjna/sieć mobilna/5G

internet rzeczy

duże zbiory danych

/nauki przyrodnicze/informatyka/nauka o danych/duże zbiory danych

czujniki

/inżynieria i technologia/inżynieria elektryczna, inżynieria elektroniczna, inżynieria informatyczna/inżynieria elektroniczna/czujniki

CORDA

Hurtownia danych naukowych BRT

Podstawa prawna

CORDA

Hurtownia danych naukowych BRT

Podstawa prawna

CORDA

Hurtownia danych naukowych BRT

Temat

CORDA

Hurtownia danych naukowych BRT


Entwicklung nachhaltiger Edge-Computing-Plattformen

Bei einer zentralisierten Plattform werden alle Datenverarbeitungsressourcen und -dienstleistungen von einem zentralen Standort oder Rechenzentrum aus bereitgestellt. Daraus resultieren hohe Skalierbarkeit, Flexibilität und Verfügbarkeit, und die Nutzenden können über das Internet aus der Ferne auf die Cloud-Dienste und -Daten zugreifen. In diesem Kontext zielt das EU-finanzierte Projekt HICONNECTS darauf ab, Cloud- und Edge-Computing-Plattformen zu entwickeln, die nachhaltig und energieeffizient sind und die Cloud-Dienste näher an die Endnutzenden heranbringen. Das Projekt umfasst die Entwicklung von Hochleistungsrechentechnik, Speicherinfrastrukturen und Netzwerkschnittstellen sowie die Echtzeitanalyse von IoT-Sensoren und Big Data. Die dem Projekt zugrunde liegende Haupttechnologie kombiniert traditionelle Siliziumwafer mit Hochgeschwindigkeitselektronik und Photonikbauelementen. Insgesamt wird hier ein Sprung in der Zuverlässigkeit und Leistungsfähigkeit von Rechentechnik und Netzwerken gelingen.

Projektbeschreibung

Artikel: Beschreibung eines verbundenen Projekts, geschrieben vom Redaktionsteam

CORDIS Redaktion

Von CORDIS geschrieben

Projekt

Projektinformationen

künstliche Intelligenz

/Naturwissenschaften/Informatik und Informationswissenschaften/künstliche Intelligenz

5G

/Technik und Technologie/Elektrotechnik, Elektronik, Informationstechnik/Informationstechnik/Telekommunikation/Telekommunikationsnetz/Mobiles Netzwerk/5G

Internet der Dinge

/Naturwissenschaften/Informatik und Informationswissenschaften/Internet/Internet der Dinge

Big Data

/Naturwissenschaften/Informatik und Informationswissenschaften/Datenwissenschaften/Big Data

Sensoren

/Technik und Technologie/Elektrotechnik, Elektronik, Informationstechnik/Elektrotechnik/Sensoren

CORDA

RTD-Forschungsdaten-Warehouse

Rechtsgrundlage

Programm: Rechtsgrundlage für die Forschungsfinanzierung

CORDA

RTD-Forschungsdaten-Warehouse

Rechtsgrundlage

CORDA

RTD-Forschungsdaten-Warehouse

Thema

Programm: Teil des Arbeitsprogramms der Kommission zur Durchführung der Rechtsgrundlage

CORDA

RTD-Forschungsdaten-Warehouse


Desarrollo de plataformas sostenibles de computación en el borde

En una plataforma centralizada, todos los recursos y servicios informáticos se proporcionan desde una ubicación central o centro de datos. Esto ofrece gran escalabilidad, flexibilidad y disponibilidad, y los usuarios pueden acceder a los servicios y datos de la nube a distancia a través de internet. En este contexto, el equipo del proyecto HICONNECTS, financiado con fondos europeos, pretende desarrollar plataformas de computación en la nube y en el borde que sean sostenibles y energéticamente eficientes y que acerquen los servicios en la nube a los usuarios finales. El proyecto consiste en el desarrollo de computación de alto rendimiento, infraestructuras de almacenamiento e interfaces de red, así como en el análisis en tiempo real de sensores del internet de las cosas y de datos masivos. La principal tecnología que subyace al proyecto combina obleas de silicio tradicionales, electrónica de alta velocidad y dispositivos fotónicos. En conjunto, demostrará un salto en fiabilidad y rendimiento informático y de red.

Descripción del proyecto

CORDIS Editorial

Redactado por CORDIS

Proyecto

Fichas informativas de proyectos

inteligencia artificial

/ciencias naturales/informática y ciencias de la información/inteligencia artificial

5G

/ingeniería y tecnología/ingeniería eléctrica, ingeniería electrónica, ingeniería de la información/ingeniería de la información/telecomunicación/red de telecomunicaciones/red móvil/5G

internet de las cosas

/ciencias naturales/informática y ciencias de la información/internet/internet de las cosas

macrodatos

/ciencias naturales/informática y ciencias de la información/ciencia de datos/macrodatos

sensores

/ingeniería y tecnología/ingeniería eléctrica, ingeniería electrónica, ingeniería de la información/ingeniería electrónica/sensores

CORDA

Almacén de datos de IDT

Fundamento jurídico

CORDA

Almacén de datos de IDT

Fundamento jurídico

CORDA

Almacén de datos de IDT

Tema

CORDA

Almacén de datos de IDT


Drilling to begin for Czech geothermal project

Two exploratory wells providing valuable data on geothermal heat storage and collection are being drilled in a town in Czechia.

The EU-funded http://www.push-it-thermalstorage.eu/ (PUSH-IT) project is ready to begin drilling wells planned for a geothermal energy storage and collection system in Litoměřice. Two shallow exploratory wells of 550 metres and 200 metres will be drilled to provide data for the design of the overall system. This is the initial phase of an EU-subsidised project called SYNERGYS, whose aim is to enable the comprehensive use of geothermal energy for local heating in Litoměřice.

Although it has the potential, Czechia is one of Europe’s least developed countries in the geothermal energy field. It is therefore missing a major opportunity to increase the share of renewable energy sources, cut emissions, meet climate targets and enhance its own energy security. SYNERGYS is an important step in this direction.

The measurements taken in the two exploratory wells will provide information on groundwater abundance and flow direction that are important for determining how many wells to drill, their depth and overall efficiency. About 500 metres of core will be taken from the deeper well to provide scientists with detailed geological and geothermal data that will offer insight into things such as the total thermal capacity of the storage.

“Both wells will subsequently be used for long-term monitoring of marginal conditions,” explains Zdeněk Venera, director of PUSH-IT project partner Czech Geological Survey, in a http://www.thinkgeoenergy.com/drilling-to-begin-for-geothermal-heat-storage-in-litomerice-czechia/ (news item) posted on ‘ThinkGeoEnergy’. “This will ensure the safe operation of the entire facility, and the data obtained will also be used for the following amendment of the legislation.”

Subsequent plans are to expand the monitoring network by drilling additional wells on the edge of each well field and at its centre. Together with the existing seismic network, this creates a unique test site with fully functional heat sources for the existing district heating network.

The geothermal project in Litoměřice has been in the planning for many years, having to adjust to legislative changes, a variety of financing options and changing societal needs. Drilling has also been delayed by almost a year. “For a number of months, we were unable to find a contractor for the tender,” remarks Dr Antonín Tym of PUSH-IT project partner Charles University, Czechia. “The number of suitable companies, professionally and technologically sufficiently equipped, is limited. In addition, the drilling sector is overloaded, which is also reflected in the number of offers. However, thanks to related projects financed by European funds, preparatory work was already underway during 2022, and thus there was no major delay in the schedule.”

Dr Tym adds: “Thanks to the PUSH-IT project, it was possible to finance the first stage, which includes two exploratory wells that will provide data for the design of the structure, the total number and the depth of the main wells that will already be used for storing and collecting heat.” PUSH-IT (Piloting Underground Storage of Heat In geoThermal reservoirs) ends in December 2026.

For more information, please see:
http://www.push-it-thermalstorage.eu/ (PUSH-IT project website)

Based on project information and media reports

PUSH-IT, well, geothermal, heat, energy, storage, exploratory well, Litoměřice

Energy

News

Article: news

Scientific advances

CORDIS Editorial

Written by CORDIS

Important milestone towards sustainable geothermal energy

A permeable geothermal reservoir created in granite has opened the way to mass production of electricity from geothermal energy in Switzerland. The reservoir has provided proof of a new multi-stage geothermal stimulation concept patented by an EU-backed Swiss company.

Climate Change and Environment

Energy

News

Article: news

Scientific advances

CORDIS Editorial

Written by CORDIS

GEOTHERMICA - ERA NET Cofund Geothermal

Project

Project factsheets

heat engineering

/engineering and technology/mechanical engineering/thermodynamic engineering/heat engineering

geothermal energy

/engineering and technology/environmental engineering/energy and fuels/renewable energy/geothermal energy

ERA-NET Cofund

ERA-NET Cofund

CORDA

RTD research data warehouse

Demonstration of soft stimulation treatments of geothermal reservoirs

Project

Project factsheets

productivity

/social sciences/economics and business/economics/production economics/productivity

sensors

/engineering and technology/electrical engineering, electronic engineering, information engineering/electronic engineering/sensors

pollution

/natural sciences/earth and related environmental sciences/environmental sciences/pollution

seismic risk management

/social sciences/sociology/governance/crisis management/seismic risk management

geothermal energy

Innovation action

Innovation action

CORDA

RTD research data warehouse

© 428969,  Olivier Le Moal, Shutterstock

Strengthening the coordination of geothermal energy initiatives

Strategic research is accelerating climate-neutral geothermal energy initiatives to meet Europe’s energy demands locally and sustainably.

Climate Change and Environment

Industrial Technologies

Energy

Result in Brief

Article: Classic and enhanced

CORDIS Editorial

Written by CORDIS

Support Unit for the Deep Geothermal Implementation Working Group

Project

Project factsheets

renewable energy

Coordination and support action

Coordination and support action

CORDA

RTD research data warehouse

Making geothermal projects a public matter

An EU-funded initiative launches the beta version of its services to facilitate European citizens’ involvement in geothermal projects.

Climate Change and Environment

Energy

News

Article: news

Scientific advances

CORDIS Editorial

Written by CORDIS

Community-based development schemes for geothermal energy

Project

Project factsheets

geothermal energy

Coordination and support action

Coordination and support action

CORDA

RTD research data warehouse

Toolbox counters geothermal energy’s negative perception by focusing on potential

A toolkit for environmental life-cycle impact assessment addresses European concerns over risks of deep geothermal energy, highlighting its potential and benefits.

Climate Change and Environment

Industrial Technologies

Energy

Result in Brief

Article: Classic and enhanced

CORDIS Editorial

Written by CORDIS

Tackling the environmental concerns for deploying geothermal energy in Europe

Project

Project factsheets

geothermal energy

Coordination and support action

Coordination and support action

CORDA

RTD research data warehouse

Awakening the sleeping giant of geothermal energy

Rising energy costs and dependence on fossil fuels necessitate cleaner alternatives. MEET explored different geological environments as unconventional reservoirs of geothermal energy.

Climate Change and Environment

Industrial Technologies

Energy

Result in Brief

Article: Classic and enhanced

CORDIS Editorial

Written by CORDIS

Multidisciplinary and multi-context demonstration of EGS exploration and Exploitation Techniques and potentials

Project

Project factsheets

metamorphic petrology

/natural sciences/earth and related environmental sciences/geology/petrology/metamorphic petrology

electric energy

/engineering and technology/electrical engineering, electronic engineering, information engineering/electrical engineering/electric energy

electric power generation

/engineering and technology/electrical engineering, electronic engineering, information engineering/electrical engineering/power engineering/electric power generation

geothermal energy

metallurgy

/engineering and technology/materials engineering/metallurgy

Innovation action

Innovation action

CORDA

RTD research data warehouse

Research and innovation bringing geothermal technology closer to market

Networking, know-how and financial resources are a winning combination in speeding up the deployment of geothermal energy in Europe.

Climate Change and Environment

Industrial Technologies

Energy

Result in Brief

Article: Classic and enhanced

CORDIS Editorial

Written by CORDIS

GEOTHERMICA - ERA NET Cofund Geothermal

Project

Project factsheets

heat engineering

geothermal energy

ERA-NET Cofund

ERA-NET Cofund

CORDA

RTD research data warehouse

PUSH-IT will showcase full-scale application of high temperature heat storage (up to 90°C) in geothermal reservoirs using 3 different technologies at 6 different sites. The 3 technologies addressed in PUSH-IT are relevant for different reservoir types, which are available...

Project

Project factsheets

control systems

/engineering and technology/electrical engineering, electronic engineering, information engineering/electronic engineering/control systems

heat engineering

hydrology

/natural sciences/earth and related environmental sciences/hydrology

business models

/social sciences/economics and business/business and management/business models

geothermal energy

HORIZON Innovation Actions

HORIZON Innovation Actions

CORDA

RTD research data warehouse

Energy Supply

Legal Basis

CORDA

RTD research data warehouse

Climate, Energy and Mobility

Legal Basis

CORDA

RTD research data warehouse

Demonstrate the use of high temperature geothermal reservoirs to provide energy storage for the energy system

Topic

CORDA

RTD research data warehouse

Renewable energy sources - general

Energy, fuels and petroleum engineering

/Energy, fuels and petroleum engineering


Ford Trucks builds first fuel cell lorry for EU project

Ford Trucks’ fuel cell-powered lorry is a key step on the path to EU-backed ZEFES project’s goal to help decarbonise Europe’s long-haul goods transport.

Zero-emission long-haul freight transport in Europe has reached a major new milestone. As part of the EU-funded http://zefes.eu/ (ZEFES) project, Ford Trucks, the global brand of ZEFES Turkish partner Ford Otomotiv Sanayi, is building its first fuel cell-powered lorry. The fuel cell electric heavy-duty prototype F-MAX lorry will operate as part of a zero-emission larger fleet that collects data from real-world operations.

For delivery of the hydrogen fuel storage system needed to develop the F-MAX fuel cell electric vehicle (FCEV), Ford Trucks has turned to zero-emission infrastructure and mobility solutions supplier Hexagon Purus, Norway. Delivery of the complete hydrogen storage system is scheduled for the first quarter of 2024. The F-MAX FCEV will be manufactured in Turkey and is expected to begin European Ten-T corridor demonstrations in 2025 as part of the ZEFES project goals.

Leading long-haul transport decarbonisation

“We focus our investment, R&D and innovation efforts in line with our global electrification strategy to be a leading player in the decarbonisation transformation happening in the automotive industry,” states Ford Trucks Vice President Emrah Duman in a http://motortransport.co.uk/industry-news/ford-trucks-builds-fuel-cell-f-max-for-eu-project/17559.article?adredir=1 (news item) posted on ‘Motor Transport’. “We are very happy to have the support from Hexagon Purus as an experienced partner in our development plan of a fuel-cell electric heavy-duty truck as part of project ZEFES.”

The project intends to deploy a total of nine different long-haul truck configurations – six battery electric vehicles, or BEVs, and three FCEVs. Starting in 2025, the nine lorries will run for 15 months and collect driving data from real-world operations. Up to 1 million km of data will be collected across EU corridors in real daily operations. The real-time data will be integrated into a digital platform to be developed within the ZEFES project.

The transport sector is responsible for about 20 % of Europe’s greenhouse gas emissions. In the efforts to decarbonise it, clean hydrogen plays an important role, especially in sectors such as long-haul transport, where it has proven more difficult to reduce emissions.

ZEFES is tackling the decarbonisation of long-haul goods transport through the development of zero-emission vehicles. To achieve their goal, ZEFES partners are focusing on mass production capabilities, improving efficiency and demonstrating the use of the technology in daily operations.

Through these efforts, ZEFES (Zero Emission flexible vehicle platforms with modular powertrains serving the long-haul Freight Eco System) is helping to bring Europe’s transport sector one step closer to the European Green Deal and http://www.2zeroemission.eu/ (2ZERO) emission targets.

For more information, please see:
http://zefes.eu/ (ZEFES project website)

ZEFES, emissions, long-haul transport, long-haul goods transport, fuel cell, lorry, truck, fuel cell electric vehicle, FCEV, battery electric vehicle, zero-emission, transport

Climate Change and Environment

Industrial Technologies

Energy

News

Article: news

Scientific advances

CORDIS Editorial

Written by CORDIS

Developing the world’s first commercial liquid hydrogen-powered aircraft

An EU-backed project’s liquid hydrogen (LH2) storage tank has passed key vibration and leakage tests, bringing it one step closer to realising a zero-emission commercial flight.

Transport and Mobility

Climate Change and Environment

News

Article: news

Scientific advances

CORDIS Editorial

Written by CORDIS

High powEr density FC System for Aerial Passenger VEhicle fueled by liquid HydrogeN

Project

Project factsheets

aircraft

/engineering and technology/mechanical engineering/vehicle engineering/aerospace engineering/aircraft

aeronautical engineering

/engineering and technology/mechanical engineering/vehicle engineering/aerospace engineering/aeronautical engineering

fuel cells

/engineering and technology/environmental engineering/energy and fuels/fuel cells

Research and Innovation action

Research and Innovation action

CORDA

RTD research data warehouse

Novel fuel cell technology eases industry transition towards hydrogen-powered fleets

The CH2P project brings about a new technology for hydrogen refuelling stations, capable of cogenerating hydrogen, heat and electricity from natural gas and biomethane. The device combines high efficiencies with low environmental impact and high hydrogen purity.

Transport and Mobility

Energy

Interview

Article: Interviews

CORDIS Editorial

Written by CORDIS

Cogeneration of Hydrogen and Power using solid oxide based system fed by methane rich gas

Project

Project factsheets

electric vehicles

/social sciences/social geography/transport/electric vehicles

combined heat and power

/engineering and technology/electrical engineering, electronic engineering, information engineering/electrical engineering/power engineering/electric power generation/combined heat and power

natural gas

/engineering and technology/environmental engineering/energy and fuels/fossil energy/natural gas

fuel cells

hydrogen energy

/engineering and technology/environmental engineering/energy and fuels/renewable energy/hydrogen energy

Research and Innovation action

Research and Innovation action

CORDA

RTD research data warehouse

The wheels on the hydrogen bus go round and round in Aberdeen

Propelling hydrogen mobility forward in Europe, the world’s first hydrogen-powered double-decker bus has now hit the streets of Scottish city Aberdeen.

Transport and Mobility

Climate Change and Environment

Energy

News

Article: news

Scientific advances

CORDIS Editorial

Written by CORDIS

Joint Initiative for hydrogen Vehicles across Europe

Project

Project factsheets

environmental sciences

/natural sciences/earth and related environmental sciences/environmental sciences

public transport

/social sciences/social geography/transport/public transport

fuel cells

Innovation action

Innovation action

CORDA

RTD research data warehouse

Turbocharging the fuel cell vehicle sector

New innovations in fuel cell compressor technology could help to make eco-friendly transport more affordable, reliable and efficient.

Energy

Result in Brief

Article: Classic and enhanced

CORDIS Editorial

Written by CORDIS

Compact, light, efficient and reliable turbo compressor for fuel cell vehicles

Project

Project factsheets

electric vehicles

fuel cells

SME instrument phase 2

SME instrument phase 2

CORDA

RTD research data warehouse

Long-haul BEVs and FCEVs need to become more affordable and reliable, more energy efficient, with a longer range per single charge, and a reduced charging time to meet the user’s needs. Next to those, there is a real need to take zero-emission long-haul goods transport in...

Project

Project factsheets

transport planning

/social sciences/social geography/transport/transport planning

sustainable transport

/social sciences/social geography/transport/sustainable transport

HORIZON Innovation Actions

HORIZON Innovation Actions

CORDA

RTD research data warehouse

Clean, Safe and Accessible Transport and Mobility

Legal Basis

CORDA

RTD research data warehouse

Modular multi-powertrain zero-emission systems for HDV (BEV and FCEV) for efficient and economic operation (2ZERO)

Topic

CORDA

RTD research data warehouse

Transport engineering

Road transport

Climate, Energy and Mobility

Legal Basis

CORDA

RTD research data warehouse

Industrial Competitiveness in Transport

Legal Basis

CORDA

RTD research data warehouse


How to further improve electric long-haul freight transportation within Europe

Battery electric vehicles (BEVs) and fuel cell electric vehicles (FCEVs) are "clean" automotive technologies that will help reduce greenhouse gas emissions. However, they need to become more affordable, reliable and energy efficient with a longer range per charge and reduced charging times. The EU-funded ZEFES project will take zero-emission long-haul goods transport in Europe to the next level. It will conduct real-world demonstrations of long-haul BEVs and FCEVs across Europe. ZEFES will also map charging/fuelling points and come up with new charging ideas. Novel tools for fleet management will be provided to support the rising number of long-haul BEVs and FCEVs.

Project description

CORDIS Editorial

Written by CORDIS

Project

Project factsheets

transport planning

sustainable transport

HORIZON Innovation Actions

HORIZON Innovation Actions

CORDA

RTD research data warehouse

Legal Basis

CORDA

RTD research data warehouse

Topic

CORDA

RTD research data warehouse

Transport engineering

Road transport

Climate, Energy and Mobility

Legal Basis

CORDA

RTD research data warehouse

Industrial Competitiveness in Transport

Legal Basis

CORDA

RTD research data warehouse


A new start-up plan for culture and creativity across Europe

The Culture & Creativity start-up plan of the European Institute of Innovation and Technology (EIT) is set to revolutionise the European innovation ecosystem. With 29 partners and an affiliated entity, this initiative aims to build legal and operational readiness, foster long-term financial sustainability plans, and create a vibrant community of innovators across Europe. Through good governance structures and internal initiatives, it aims to unlock the latent value of its stakeholders, developing programmatic structures aligned with the Strategic Agenda 23-27. The initiative also aims to raise awareness of the EIT Culture & Creativity and engage innovators from all corners of Europe, including Regional Innovation Scheme countries.

Project description

CORDIS Editorial

Written by CORDIS

This Start-up plan is about creating the EIT Culture & Creativity. Starting by building its legal and operational readiness, and leading on to the design of long-term strategies for partnership growth and ecosystem engagement. All activities carried out during the start-up...

EIT Culture & Creativity

Project

Project factsheets

public services

innovation management

/social sciences/economics and business/business and management/innovation management

ecosystems

/HORIZON Coordination and Support Actions

CORDA

RTD research data warehouse

The European Institute of Innovation and Technology (EIT)

Legal Basis

CORDA

RTD research data warehouse

Horizon-EIT

Topic

CORDA

RTD research data warehouse

Innovation systems

Innovation support services

/Innovation in the Culture and Audiovisual sectors

Entrepreneurship education


Des solutions photovoltaïques rentables combinent énergie solaire et agriculture

Le photovoltaïque (PV) peut contribuer à la décarbonation du secteur de l’énergie. Toutefois, le taux d’adoption des systèmes PV sur les toits reste faible, et les installations photovoltaïques à grande échelle dans les champs ne sont pas réalisables dans de nombreuses régions. Le concept de l’agrivoltaïque émerge pour surmonter ces défis. Le projet SYMBIOSYST, financé par l’UE, proposera des solutions standardisées et rentables pour l’agrivoltaïque. Il entend développer des modules PV, des structures de montage et des pratiques d’exploitation et de maintenance qui répondent aux besoins spécifiques des différentes cultures, climats et paysages. Le projet veillera à ce que les solutions élaborées soient esthétiques et harmonieusement intégrées aux pratiques agricoles.

Description du projet

Article: description du projet connexe rédigée par l’équipe éditoriale

Éditorial CORDIS

Rédigé par CORDIS

Projet

Fiches d'information du projet

interaction biologique

/sciences naturelles/sciences biologiques/sciences biologiques du comportement/éthologie/interaction biologique

agriculture

/sciences agricoles/agriculture, sylviculture et pêche/agriculture

sciences sociales

énergie photovoltaïque

/ingénierie et technologie/génie de l'environnement/énergie et combustibles/énergie renouvelable/énergie solaire/énergie photovoltaïque

construction durable

/ingénierie et technologie/génie civil/génie architectural/architecture durable/construction durable

CORDA

Centrale de données de la recherche RTD

Thème

Programme: Partie du programme de travail de la Commission mettant en œuvre la base juridique

CORDA

Centrale de données de la recherche RTD

Base juridique

Programme: Base juridique pour le financement de la recherche

CORDA

Centrale de données de la recherche RTD

Base juridique

CORDA

Centrale de données de la recherche RTD


Soluzioni fotovoltaiche convenienti che combinano solare e agricoltura

Il fotovoltaico può contribuire alla decarbonizzazione del settore energetico. Tuttavia, il tasso di adozione dei sistemi fotovoltaici su tetto rimane lento e in molte regioni non è possibile realizzare impianti fotovoltaici su larga scala in campi aperti. Il concetto di agrivoltaico sta emergendo per superare queste sfide. Il progetto SYMBIOSYST, finanziato dall’UE, fornirà soluzioni standardizzate ed economicamente vantaggiose per l’agrivoltaico. Ciò comporterà lo sviluppo di moduli fotovoltaici, strutture di montaggio e pratiche di gestione e manutenzione che soddisfino le esigenze specifiche di colture, climi e paesaggi diversi. Il progetto garantirà che le soluzioni sviluppate siano esteticamente gradevoli e armoniosamente integrate con le pratiche agricole.

Descrizione del progetto

CORDIS Editoriale

Redatto da CORDIS

Progetto

Schede informative dei progetti

interazioni biologiche

/scienze naturali/scienze biologiche/biologia del comportamento/etologia/interazioni biologiche

agricoltura

/scienze agricole/agricoltura, silvicoltura e pesca/agricoltura

scienze sociali

fotovoltaico

/ingegneria e tecnologia/ingegneria ambientale/energia e carburanti/energia rinnovabile/energia solare/fotovoltaico

edilizia sostenibile

/ingegneria e tecnologia/ingegneria civile/ingegneria edile/architettura sostenibile/edilizia sostenibile

CORDA

Magazzino dati della ricerca RTS

Argomento

CORDA

Magazzino dati della ricerca RTS

Base giuridica

CORDA

Magazzino dati della ricerca RTS

Base giuridica

CORDA

Magazzino dati della ricerca RTS


Tecnologías fotovoltaicas rentables que combinan energía solar y agricultura

La energía fotovoltaica puede contribuir a la descarbonización del sector energético. Sin embargo, la tasa de adopción de sistemas fotovoltaicos en tejados sigue siendo baja y las instalaciones fotovoltaicas a gran escala en campo abierto no son viables en muchas regiones. El concepto de la agrivoltaica surge para superar estos retos. El equipo del proyecto SYMBIOSYST, financiado con fondos europeos, ofrecerá tecnologías estandarizadas y rentables para la agrivoltaica. Para ello habrá que desarrollar módulos fotovoltaicos, estructuras de montaje y prácticas de funcionamiento y mantenimiento que respondan a las necesidades específicas de especies vegetales de cultivo, climas y paisajes distintos. En el proyecto se garantizará que las innovaciones desarrolladas sean estéticamente agradables y se integren en armonía con las prácticas agrícolas.

Descripción del proyecto

CORDIS Editorial

Redactado por CORDIS

Proyecto

Fichas informativas de proyectos

interacción biológica

/ciencias naturales/ciencias biológicas/ciencias biológicas del comportamiento/etología/interacción biológica

agricultura

/ciencias agrícolas/agricultura, silvicultura y pesca/agricultura

ciencias sociales

fotovoltaico

/ingeniería y tecnología/ingeniería ambiental/energía y combustibles/energía renovable/energía solar/fotovoltaico

edificio sostenible

/ingeniería y tecnología/ingeniería civil/ingeniería de la edificación/arquitectura sostenible/edificio sostenible

CORDA

Almacén de datos de IDT

Tema

CORDA

Almacén de datos de IDT

Fundamento jurídico

CORDA

Almacén de datos de IDT

Fundamento jurídico

CORDA

Almacén de datos de IDT


Hydrogen propulsion system for aviation

Hydrogen (H2) is considered the most promising zero-emission technology to reduce aviation’s climate impact by 2035, in line with the European Green Deal and Clean Aviation Strategic Research and Innovation Agenda (SRIA). In this context, the EU-funded HYDEA project proposes a robust and efficient technology maturation plan to develop an H2 propulsion system. The project will comprehensively demonstrate the feasibility of hydrogen propulsion on an aircraft engine in a compacted timeframe (2023-2026) up to the ground test. HYDEA will address fundamental questions for hydrogen as an aviation fuel, including emission studies and technologies, and pave the way for the development and certification of new products integrating hydrogen technology.

Project description

Article: description of linked project written by editorial team

CORDIS Editorial

Written by CORDIS

The HYDEA project, which stands for “HYdrogen DEmonstrator for Aviation”, proposes a strong and time-effective technology maturation plan to develop an H2 propulsion system to secure an Entry Into Service of a zero-CO2 low-emission aircraft by 2035, consistently with the...

HYdrogen DEmonstrator for Aviation

Project

Project factsheets

aircraft

/engineering and technology/mechanical engineering/vehicle engineering/aerospace engineering/aircraft

sustainable economy

/social sciences/economics and business/economics/sustainable economy

hydrogen energy

/engineering and technology/environmental engineering/energy and fuels/renewable energy/hydrogen energy

HORIZON JU Innovation Actions

HORIZON JU Innovation Actions

CORDA

RTD research data warehouse

Direct Combustion of Hydrogen in Aero-engines

Topic

Programme: Part of the Commission work programme implementing legal basis

CORDA

RTD research data warehouse

Legal Basis

Programme: Legal basis for research funding

CORDA

RTD research data warehouse

Climate, Energy and Mobility

Legal Basis

CORDA

RTD research data warehouse


Kostengünstige Photovoltaiklösungen kombinieren Solar- mit Landwirtschaft

Die Photovoltaik (PV) kann zur Dekarbonisierung des Energiesektors beitragen. Die Akzeptanz von Photovoltaik-Dachanlagen ist jedoch nach wie vor gering, und große Photovoltaikanlagen auf Freiflächen sind in vielen Regionen nicht realisierbar. Mit dem neu entstehenden Konzept der Agrophotovoltaik lassen sich diese Herausforderungen zukünftig bewältigen. Das EU-finanzierte Projekt SYMBIOSYST wird genormte kosteneffiziente Lösungen für die Agrophotovoltaik liefern. Dazu gehört die Entwicklung von Photovoltaikmodulen, Befestigungsstrukturen sowie Betriebs- und Wartungspraktiken, die den spezifischen Anforderungen verschiedener Anbaukulturen, Klimazonen und Landschaften gerecht werden. Das Projekt wird gewährleisten, dass die entwickelten Lösungen ästhetisch ansprechend sind und sich harmonisch in die landwirtschaftlichen Praktiken einfügen lassen.

Projektbeschreibung

CORDIS Redaktion

Von CORDIS geschrieben

Projekt

Projektinformationen

biologische Wechselwirkung

Landwirtschaft

/Agrarwissenschaften/Landwirtschaft, Forstwirtschaft und Fischerei/Landwirtschaft

Sozialwissenschaften

Photovoltaik

/Technik und Technologie/Umwelttechnik/Energie und Kraftstoffe/erneuerbare Energie/Solarenergie/Photovoltaik

nachhaltiges Gebäude

/Technik und Technologie/Bauingenieurwesen/Bauwesen/nachhaltige Architektur/nachhaltiges Gebäude

CORDA

RTD-Forschungsdaten-Warehouse

Thema

CORDA

RTD-Forschungsdaten-Warehouse

Rechtsgrundlage

CORDA

RTD-Forschungsdaten-Warehouse

Rechtsgrundlage

CORDA

RTD-Forschungsdaten-Warehouse


Opłacalne rozwiązania fotowoltaiczne łączące energię słoneczną i rolnictwo

Fotowoltaika (PV) może odegrać ważną rolę w dekarbonizacji sektora energetycznego. Jednak tempo wdrażania dachowych systemów fotowoltaicznych jest zbyt wolne, a inwestycje w wielkopowierzchniowe instalacje PV na otwartych terenach nie są w wielu regionach możliwe do przeprowadzenia. Z myślą o pokonaniu tych wyzwań opracowano koncepcję agrowoltaiki. Aby wesprzeć realizację tej koncepcji, zespół finansowanego przez UE projektu SYMBIOSYST przedstawi znormalizowane i opłacalne rozwiązania. Projekt zakłada opracowanie modułów fotowoltaicznych, konstrukcji montażowych oraz praktyk związanych z użytkowaniem i konserwacją, które spełniają specyficzne potrzeby związane z różnorodnością upraw, warunków klimatycznych i ukształtowania krajobrazu. Uczestnicy projektu ponadto zapewniają, że opracowane przez nich rozwiązania będą doskonale współgrały z praktykami rolniczymi, a dodatkową zaletą będzie ich estetyczny wygląd.

Opis projektu

Redakcja CORDIS

Zredagowane przez CORDIS

Projekt

Karty informacji o projektach

zależności międzygatunkowe

/nauki przyrodnicze/nauki biologiczne/biologiczne nauki behawioralne/etologia/zależności międzygatunkowe

rolnictwo

/nauki rolnicze/rolnictwo, leśnictwo i rybołówstwo/rolnictwo

nauki społeczne

fotowoltaika

/inżynieria i technologia/inżynieria śodowiska/energetyka i paliwa/energia odnawialna/energia słoneczna/fotowoltaika

budownictwo ekologiczne

/inżynieria i technologia/inżynieria lądowa/budownictwo/zrównoważona architektura/budownictwo ekologiczne

CORDA

Hurtownia danych naukowych BRT

Temat

CORDA

Hurtownia danych naukowych BRT

Podstawa prawna

CORDA

Hurtownia danych naukowych BRT

Podstawa prawna

CORDA

Hurtownia danych naukowych BRT


Cost-effective photovoltaics solutions combine solar and agriculture

Photovoltaics (PV) can assist in the decarbonisation of the energy sector. However, the adoption rate of PV rooftop systems remains slow, and large utility-scale PV installations in open fields are not feasible in many regions. The concept of agrivoltaics is emerging to overcome these challenges. The EU-funded SYMBIOSYST project will deliver standardised cost-effective solutions for agrivoltaics. This will involve developing PV modules, mounting structures, and operation and maintenance practices that meet the specific needs of different crops, climates and landscapes. The project will ensure the solutions developed are aesthetically pleasing and harmoniously integrated with farming practices.

Project description

CORDIS Editorial

Written by CORDIS

The decarbonisation of the energy sector is one of the top priorities at various political levels including at the European level. Photovoltaics (PV) is widely seen as one of the key technologies to drive the energy transition. The difficulties arise when the targets for PV...

Create a Symbiosis where PV and agriculture can have a mutually beneficial relationship

Project

Project factsheets

biological interactions

/natural sciences/biological sciences/biological behavioural sciences/ethology/biological interactions

agriculture

/agricultural sciences/agriculture, forestry, and fisheries/agriculture

social sciences

photovoltaic

/engineering and technology/environmental engineering/energy and fuels/renewable energy/solar energy/photovoltaic

sustainable building

/engineering and technology/civil engineering/architecture engineering/sustainable architecture/sustainable building

HORIZON Innovation Actions

HORIZON Innovation Actions

CORDA

RTD research data warehouse

Novel Agro-Photovoltaic systems

Topic

CORDA

RTD research data warehouse

Renewable energy sources - general

Energy, fuels and petroleum engineering

/Energy, fuels and petroleum engineering

Energy Supply

Legal Basis

CORDA

RTD research data warehouse

Climate, Energy and Mobility

Legal Basis

CORDA

RTD research data warehouse


Demonstrating improved efficiency and integration of underground heat storage systems

Geothermal energy is a highly efficient and widely utilised sustainable energy source across Europe. Further innovation on heat storage in geothermal reservoirs helps to improve its output and decrease emissions. In this context, the EU-funded PUSH-IT project aims to enhance geothermal energy's potential by introducing and demonstrating innovative high-temperature heat storage solutions that can be customised to different types of supply-demand and geological conditions. These solutions are expected to significantly impact renewable energy systems, improving societal and technical integration and efficiency and lowering emissions. The innovative testing approach of the project will pave the way for the development of critical enabling technologies that can reduce environmental impact, lower energy costs and increase sustainability.

Project description

CORDIS Editorial

Written by CORDIS

Piloting Underground Storage of Heat In geoThermal reservoirs

Project

Project factsheets

control systems

/engineering and technology/electrical engineering, electronic engineering, information engineering/electronic engineering/control systems

heat engineering

/engineering and technology/mechanical engineering/thermodynamic engineering/heat engineering

hydrology

/natural sciences/earth and related environmental sciences/hydrology

business models

/social sciences/economics and business/business and management/business models

geothermal energy

/engineering and technology/environmental engineering/energy and fuels/renewable energy/geothermal energy

HORIZON Innovation Actions

HORIZON Innovation Actions

CORDA

RTD research data warehouse

Demonstrate the use of high temperature geothermal reservoirs to provide energy storage for the energy system

Topic

CORDA

RTD research data warehouse

Renewable energy sources - general

Energy, fuels and petroleum engineering

Energy Supply

Legal Basis

CORDA

RTD research data warehouse

Climate, Energy and Mobility

Legal Basis

CORDA

RTD research data warehouse


6G technologies and their potential to transform urban ecosystems

The emergence of 5G and the upcoming Beyond 5G and 6G communication technologies have the potential to revolutionise multiple sectors. The EU-funded TrialsNet project plans to conduct large-scale trials aimed at implementing novel 6G applications that utilise cutting-edge technologies like the Internet of Senses and massive twinning. These could have a significant impact on the management and improvement of urban ecosystems throughout Europe. The potential benefits of these applications are numerous. They could improve health and emergency infrastructures, streamline transportation, enhance safety and security and even grow tourist and cultural attractions. Overall, this will help improve user acceptance of 6G technologies and increase data on their operation.

Project description

CORDIS Editorial

Written by CORDIS

TrialsNet will deploy full large-scale trials to implement a heterogenous and comprehensive set of innovative 6G applications based on various technologies such as cobots, metaverse, massive twinning, Internet of Senses, and covering three relevant domains of the urban...

TRials supported by Smart Networks beyond 5G

Project

Project factsheets

eHealth

/medical and health sciences/health sciences/health care services/eHealth

5G

/engineering and technology/electrical engineering, electronic engineering, information engineering/information engineering/telecommunications/telecommunications networks/mobile network/5G

internet

/natural sciences/computer and information sciences/internet

ecosystems

HORIZON JU Innovation Actions

HORIZON JU Innovation Actions

CORDA

RTD research data warehouse

Digital, Industry and Space

Legal Basis

CORDA

RTD research data warehouse

SNS Large Scale Trials and Pilots (LST&Ps) with Verticals

Topic

CORDA

RTD research data warehouse

/Communication engineering and systems telecommunications


Nuevo kit de herramientas para el almacenamiento de energía

Las estrategias de descarbonización europeas requieren la incorporación tanto de energía renovable como de tecnologías de almacenamiento de energía renovable, lo que es fundamental para lograr una estabilidad y eficiencia energética general. Por desgracia, los sistemas actuales de almacenamiento de energía son ineficientes. Además, la puesta en práctica de nuevos sistemas de almacenamiento puede resultar difícil y complejo, ya que pueden alterar la red energética. Teniendo esto en cuenta, el equipo del proyecto SINNOGENES, financiado con fondos europeos, desarrollará un kit de herramientas de almacenamiento de energía especializado en ayudar a que las innovaciones de almacenamiento de energía se integren de forma eficiente y segura en la red eléctrica. En el marco del proyecto se contribuirá a la innovación en el ámbito de las tecnologías de almacenamiento de energía y se demostrará la eficiencia y las ventajas de las mismas.

Descripción del proyecto

Artículo: descripción del proyecto relacionado redactada por el equipo editorial

CORDIS Editorial

Redactado por CORDIS

Proyecto

Fichas informativas de proyectos

energía renovable

/ingeniería y tecnología/ingeniería ambiental/energía y combustibles/energía renovable

economía sostenible

/ciencias sociales/economía y empresa/ciencia económica/economía sostenible

CORDA

Almacén de datos de IDT

Tema

Programa: parte del programa de trabajo de la Comisión para aplicar el fundamento jurídico

CORDA

Almacén de datos de IDT

Fundamento jurídico

Programa: fundamento jurídico para la financiación de investigación

CORDA

Almacén de datos de IDT

Fundamento jurídico

CORDA

Almacén de datos de IDT


Neuartiges Instrumentarium zur Energiespeicherung

Die europäischen Wege zur Dekarbonisierung erfordern die Einbindung von sowohl erneuerbaren Energien als auch Lösungen zur Speicherung erneuerbarer Energien. Für die allgemeine Energiestabilität und -effizienz ist dies ein Muss. Leider sind die heute üblichen Energiespeicherungssysteme ineffizient. Zudem kann sich die Implementierung neuartiger Speichersysteme schwierig und herausfordernd gestalten, da sie das Stromnetz stören können. Vor diesem Hintergrund wird das EU-finanzierte Projekt SINNOGENES ein Energiespeicherungsinstrumentarium entwickeln, das darauf spezialisiert ist, Energiespeicherungsinnovationen effizienter und sicherer in das Stromnetz zu integrieren. Das Projekt wird sowohl Innovationen unterstützen als auch die Effizienz und die Vorteile von Energiespeicherungstechnologien veranschaulichen.

Projektbeschreibung

CORDIS Redaktion

Von CORDIS geschrieben

Projekt

Projektinformationen

erneuerbare Energie

/Technik und Technologie/Umwelttechnik/Energie und Kraftstoffe/erneuerbare Energie

nachhaltige Wirtschaft

CORDA

RTD-Forschungsdaten-Warehouse

Thema

CORDA

RTD-Forschungsdaten-Warehouse

Rechtsgrundlage

CORDA

RTD-Forschungsdaten-Warehouse

Rechtsgrundlage

CORDA

RTD-Forschungsdaten-Warehouse


Nowy zestaw narzędzi do magazynowania energii

Europejskie dążenia do dekarbonizacji wymagają uwzględnienia w nich zarówno rozwiązań w zakresie energii odnawialnej, jak i jej magazynowania. Jest to niezbędne dla zapewnienia ogólnej stabilności i wydajności energetycznej. Niestety, obecne systemy magazynowania energii są nieefektywne. Ponadto wdrożenie nowatorskich systemów magazynowania może być trudne i stanowić wyzwanie, ponieważ mogą one zakłócać działanie sieci energetycznej. W związku z tym w ramach finansowanego ze środków UE projektu SINNOGENES opracowany zostanie zestaw narzędzi do magazynowania energii, który ma pomóc w skutecznym i bezpiecznym włączeniu innowacji w zakresie magazynowania energii do sieci energetycznej. Zespół projektu wesprze innowacje, a także zademonstruje wydajność i korzyści płynące z technologii magazynowania energii.

Opis projektu

Artykuł: opis powiązanego projektu sporządzony przez zespół redakcyjny

Redakcja CORDIS

Zredagowane przez CORDIS

Projekt

Karty informacji o projektach

energia odnawialna

/inżynieria i technologia/inżynieria śodowiska/energetyka i paliwa/energia odnawialna

zrównoważona gospodarka

/nauki społeczne/ekonomia i biznes/ekonomia/zrównoważona gospodarka

CORDA

Hurtownia danych naukowych BRT

Temat

Program: część programu prac Komisji wdrażającego podstawę prawną

CORDA

Hurtownia danych naukowych BRT

Podstawa prawna

Program: podstawa prawna finansowania badań

CORDA

Hurtownia danych naukowych BRT

Podstawa prawna

CORDA

Hurtownia danych naukowych BRT


Nouvelle boîte à outils pour le stockage de l’énergie

Les voies européennes vers la décarbonation nécessitent d’incorporer à la fois des solutions d’énergie renouvelable et de stockage de l’énergie renouvelable. Ceci est essentiel pour la stabilité et l’efficacité énergétiques globales. Malheureusement, les systèmes de stockage d’énergie actuels sont inefficaces. En outre, la mise en œuvre de nouveaux systèmes de stockage peut s’avérer difficile et délicate, car ils risquent de perturber le réseau énergétique. Dans cette optique, le projet SINNOGENES, financé par l’UE, développera une boîte à outils pour le stockage de l’énergie, spécialisée dans l’intégration efficace et sûre des innovations en matière de stockage de l’énergie dans le réseau énergétique. Le projet contribuera aux innovations et démontrera l’efficacité et les avantages des technologies de stockage de l’énergie.

Description du projet

Éditorial CORDIS

Rédigé par CORDIS

Projet

Fiches d'information du projet

énergie renouvelable

/ingénierie et technologie/génie de l'environnement/énergie et combustibles/énergie renouvelable

économie durable

/sciences sociales/économie et affaires/économie/économie durable

CORDA

Centrale de données de la recherche RTD

Thème

CORDA

Centrale de données de la recherche RTD

Base juridique

CORDA

Centrale de données de la recherche RTD

Base juridique

CORDA

Centrale de données de la recherche RTD


Un kit di strumenti innovativo per lo stoccaggio di energia

I percorsi europei verso la decarbonizzazione richiedono l’integrazione di energia rinnovabile e soluzioni per il suo stoccaggio. Questo è un aspetto fondamentale per garantire una generale stabilità ed efficienza energetica. Purtroppo, gli attuali sistemi di stoccaggio dell’energia sono inefficienti. Inoltre, l’impiego di sistemi di stoccaggio innovativi può risultare difficile e impegnativo poiché può provocare interruzioni nel funzionamento della rete elettrica. Partendo da questo presupposto, il progetto SINNOGENES, finanziato dall’UE, metterà a punto un kit di strumenti per lo stoccaggio di energia specializzato nel rendere efficace e sicura l’integrazione nella rete elettrica delle soluzioni innovative di stoccaggio dell’energia. Il progetto coadiuverà le innovazioni e dimostrerà l’efficienza e i vantaggi delle tecnologie di stoccaggio dell’energia.

Descrizione del progetto

Articolo: descrizione del progetto correlato scritta dalla redazione

CORDIS Editoriale

Redatto da CORDIS

Progetto

Schede informative dei progetti

energia rinnovabile

/ingegneria e tecnologia/ingegneria ambientale/energia e carburanti/energia rinnovabile

economia sostenibile

/scienze sociali/economia e commercio/scienze economiche/economia sostenibile

CORDA

Magazzino dati della ricerca RTS

Argomento

Programma: Parte del programma di lavoro della Commissione per l'attuazione della base giuridica

CORDA

Magazzino dati della ricerca RTS

Base giuridica

Programma: Base giuridica per il finanziamento della ricerca

CORDA

Magazzino dati della ricerca RTS

Base giuridica

CORDA

Magazzino dati della ricerca RTS


Reviving the Silk Road

Historically, trade along the Silk Road has connected East Asia with the Middle East and Europe. And it is all thanks to the production of precious silk, which boosted commerce and helped shape history and culture. The history and present development of the silk sector provide an enormous opportunity for the European Silk Road to thrive once again. With this in mind, the EU-funded ARACNE project will revive the Silk Road and protect the cultural heritage linked to the European traditional silk art legacy. It will promote numerous activities and studies, preserving and restoring traditions and sharing skills while also boosting new ideas and technologies along silk-related European cities.

Project description

CORDIS Editorial

Written by CORDIS

ARACNE project focuses on the cultural heritage of the European silk production and its preservation, protection and valorisation; it aims at revigorating traditional skills through the adaptive reuse of the common cultural and artistic legacy and at shaping a silk-linked...

ADVOCATING THE ROLE OF SILK ART AND CULTURAL HERITAGE AT NATIONAL AND EUROPEAN SCALE - ARACNE

Project

Project factsheets

arts

business models

/social sciences/economics and business/business and management/business models

ecosystems

sustainable economy

/social sciences/economics and business/economics/sustainable economy

HORIZON  Research and Innovation Actions

HORIZON  Research and Innovation Actions

/HORIZON  Research and Innovation Actions

CORDA

RTD research data warehouse

Culture, creativity and inclusive society

Legal Basis

CORDA

RTD research data warehouse

Europe’s cultural heritage and arts - promoting our values at home and abroad

Topic

CORDA

RTD research data warehouse

Heritage preservation

/Competitiveness, innovation, research and development

Development, economic growth

Tangible cultural heritage

/Cultural memory, intangible cultural heritage

Cultural heritage, cultural memory

Visual arts, performing arts, design

Cultural Heritage

Legal Basis

CORDA

RTD research data warehouse


Novel energy storage toolkit

European pathways towards decarbonisation require the incorporation of both renewable energy and renewable energy storage solutions. This is essential for overall energy stability and efficiency. Unfortunately, current energy storage systems are inefficient. Also, the implementation of novel storage systems can be difficult and challenging since they may disrupt the energy grid. With this in mind, the EU-funded SINNOGENES project will develop an energy storage toolkit specialised in helping energy storage innovations to be efficiently and safely integrated into the energy grid. The project will both assist innovations and demonstrate the efficiency and benefits of energy storage technologies.

Project description

CORDIS Editorial

Written by CORDIS

The European Commission’s Long-Term Strategy describes a number of pathways that reach between 80% and 100% decarbonisation levels. In every pathway a high level of direct and indirect electrification is envisaged, supported by a large-scale deployment of RES. The European...

STORAGE INNOVATIONS FOR GREEN ENERGY SYSTEMS

Project

Project factsheets

renewable energy

/engineering and technology/environmental engineering/energy and fuels/renewable energy

sustainable economy

HORIZON Innovation Actions

HORIZON Innovation Actions

CORDA

RTD research data warehouse

Demonstration of innovative forms of storage and their successful operation and integration into innovative energy systems and grid architectures

Topic

CORDA

RTD research data warehouse

Energy, fuels and petroleum engineering

/Energy, fuels and petroleum engineering

/Electrical engineering, Electronic engineering, Information engineering

Climate, Energy and Mobility

Legal Basis

CORDA

RTD research data warehouse

Energy Systems and Grids

Legal Basis

CORDA

RTD research data warehouse


Improving the circularity of the automotive and mass electronics sectors

Sustainable manufacturing is one of the most important objectives in the EU agenda, requiring industries to rethink and redesign entire supply chain practices. The electronics industry is not an exception. Electronic components are used in numerous markets, such as the automotive and mass electronics sectors. However, electronic components are mainly imported from outside the EU. Reducing Europe’s dependency on extra-EU supplies of strategic products is a top priority. With this in mind, the EU-funded CIRC-UITS project will demonstrate the improvement to the circularity of the automotive and mass electronics sectors by reuse of semiconductors from different sources. It will also support the remanufacturing of semiconductors into new (high added value) components and products in these sectors.

Project description

CORDIS Editorial

Written by CORDIS

Several products embed different types of electronic components, and they are even more fundamental in some of the European strategic markets (e.g. automotive). However, reference producers come from extra-EU countries in the far-east side of the world (e.g. China and Taiwan)...

Circular Integration of independent Reverse supply Chains for the smart reUse of IndusTrially relevant Semiconductors

Project

Project factsheets

mining and mineral processing

/engineering and technology/environmental engineering/mining and mineral processing

remanufacturing

/engineering and technology/environmental engineering/waste management/waste treatment processes/remanufacturing

semiconductivity

/natural sciences/physical sciences/electromagnetism and electronics/semiconductivity

CORDA

RTD research data warehouse

Manufacturing Technologies

Legal Basis

CORDA

RTD research data warehouse

Digital, Industry and Space

Legal Basis

CORDA

RTD research data warehouse

Digital tools to support the engineering of a Circular Economy (Made in Europe Partnership) (RIA)

Topic

CORDA

RTD research data warehouse

Data mining

Automation and control systems

/Numerical analysis, simulation, optimisation, modelling tools

/Manufacturing and fabrication technology

Cyber-physical systems


Propozycja wykorzystania rozwiązań do zarządzania energią klienta

Ostatnie zmiany i innowacje w sektorze energetycznym pokazały możliwe korzyści z wykorzystania rozwiązań w zakresie zarządzania elastycznością po stronie popytu (ang. demand-side flexibility management, DSFM) w celu poprawy ogólnej efektywności. Kluczowymi narzędziami do realizacji tego celu są rozwiązania do zarządzania energią klienta oraz zasobami, będące skutecznymi, praktycznymi i obiecującymi rozwiązaniami DSFM. Zespół finansowanego ze środków UE projektu RESONANCE zintegruje DSFM w Europie poprzez opracowanie rewolucyjnych ram programowych, które pozwolą na łatwe i szybkie włączenie tych rozwiązań. W tym celu podejmie współpracę z interesariuszami i uczestnikami sektora, aby zachęcić do wykorzystania rozwiązań do zarządzania energią klienta oraz zaprezentować ich niższe koszty i wymagania dotyczące pracy.

Opis projektu

Redakcja CORDIS

Zredagowane przez CORDIS

Projekt

Karty informacji o projektach

oprogramowanie

pojazdy elektryczne

/nauki społeczne/geografia społeczna i ekonomiczna/transport/pojazdy elektryczne

inżynieria termodynamiczna

/inżynieria i technologia/przemysł maszynowy/inżynieria termodynamiczna

ekosystemy

uczenie maszynowe

/nauki przyrodnicze/informatyka/sztuczna inteligencja/uczenie maszynowe

CORDA

Hurtownia danych naukowych BRT

Temat

CORDA

Hurtownia danych naukowych BRT

Podstawa prawna

CORDA

Hurtownia danych naukowych BRT

Podstawa prawna

CORDA

Hurtownia danych naukowych BRT


Ein Vorschlag für Abnahmeenergiemanagement

Jüngste Veränderungen und Innovationen im Energiesektor haben die möglichen Vorteile des Einsatzes flexibler Laststeuerungslösungen zur Verbesserung der Gesamteffizienz aufgezeigt. Zu diesem Zweck sind Abnahmeenergiemanagement und Ressourcenmanagement erforderlich, denn sie sind die entscheidenden Werkzeuge zur Bereitstellung effizienter, praktischer und vielversprechender flexibler Nachfragesteuerungslösungen. Das EU-finanzierte Projekt RESONANCE wird die flexible Nachfragesteuerung in Europa integrieren, indem es ein revolutionäres Software-Framework entwickelt, das die einfache und schnelle Einbindung von Lösungen für Abnahmeenergiemanagement und Ressourcenmanagement gestattet. Um dieses Ziel zu erreichen, wird es mit Interessengruppen und aktiv Beteiligten zusammenarbeiten, um die Einführung des Abnahmeenergiemanagements zu unterstützen sowie die dadurch bewirkten Kostensenkungen und geringeren Arbeitsanforderungen zu demonstrieren.

Projektbeschreibung

Artikel: Beschreibung eines verbundenen Projekts, geschrieben vom Redaktionsteam

CORDIS Redaktion

Von CORDIS geschrieben

Projekt

Projektinformationen

Software

Elektrofahrzeug

Thermodynamik

Ökosystem

maschinelles Lernen

/Naturwissenschaften/Informatik und Informationswissenschaften/künstliche Intelligenz/maschinelles Lernen

CORDA

RTD-Forschungsdaten-Warehouse

Thema

Programm: Teil des Arbeitsprogramms der Kommission zur Durchführung der Rechtsgrundlage

CORDA

RTD-Forschungsdaten-Warehouse

Rechtsgrundlage

Programm: Rechtsgrundlage für die Forschungsfinanzierung

CORDA

RTD-Forschungsdaten-Warehouse

Rechtsgrundlage

CORDA

RTD-Forschungsdaten-Warehouse


Una propuesta para los gestores energéticos del cliente

Los cambios e innovaciones recientes en el sector energético han revelado los posibles beneficios de utilizar soluciones de gestión de la flexibilidad de la demanda para mejorar la eficiencia general. Los gestores energéticos del cliente y los gestores de recursos son herramientas esenciales para este propósito, ya que son soluciones de gestión de la flexibilidad de la demanda eficaces, prácticas y prometedoras. El equipo del proyecto RESONANCE, financiado con fondos europeos, integrará soluciones de gestión de la flexibilidad de la demanda en Europa mediante el desarrollo de un marco de «software» revolucionario, que permitirá la incorporación fácil y rápida de tecnologías de gestión de recursos y gestión energética del cliente. Para lograrlo, cooperará con las partes interesadas y los agentes del sector en pos de fomentar la adopción de gestores energéticos del cliente y demostrar sus menores costes y requisitos de trabajo.

Descripción del proyecto

CORDIS Editorial

Redactado por CORDIS

Proyecto

Fichas informativas de proyectos

software

/ciencias naturales/informática y ciencias de la información/software

vehículo eléctrico

/ciencias sociales/geografía social y económica/transporte/vehículo eléctrico

ingeniería termodinámica

/ingeniería y tecnología/ingeniería mecánica/ingeniería termodinámica

ecosistemas

aprendizaje automático

/ciencias naturales/informática y ciencias de la información/inteligencia artificial/aprendizaje automático

CORDA

Almacén de datos de IDT

Tema

CORDA

Almacén de datos de IDT

Fundamento jurídico

CORDA

Almacén de datos de IDT

Fundamento jurídico

CORDA

Almacén de datos de IDT


Una proposta per gestori energetici dei clienti

I cambiamenti e le innovazioni recenti nel settore dell’energia hanno messo in luce i possibili vantaggi di utilizzare soluzioni di gestione della flessibilità in base alla domanda per migliorare l’efficienza complessiva. I gestori energetici e delle risorse dei clienti sono strumenti determinanti per questo scopo, poiché sono soluzioni efficienti, pratiche e promettenti per la gestione della flessibilità in base alla domanda. Il progetto RESONANCE, finanziato dall’UE, integrerà questo tipo di gestione in Europa, sviluppando un’architettura software rivoluzionaria che permetterà di incorporare in modo semplice e rapido soluzioni di gestione dell’energia e delle risorse dei clienti. Per raggiungere questo obiettivo, il progetto collaborerà con parti interessate e attori del settore per incentivare l’adozione di gestori energetici dei clienti e presentandone i costi minori e i requisiti operativi.

Descrizione del progetto

CORDIS Editoriale

Redatto da CORDIS

Progetto

Schede informative dei progetti

software

/scienze naturali/informatica e scienze dell'informazione/software

veicoli elettrici

/scienze sociali/geografia sociale/trasporti/veicoli elettrici

ingegneria termodinamica

/ingegneria e tecnologia/ingegneria meccanica/ingegneria termodinamica

ecosistemi

apprendimento automatico

/scienze naturali/informatica e scienze dell'informazione/intelligenza artificiale/apprendimento automatico

CORDA

Magazzino dati della ricerca RTS

Argomento

CORDA

Magazzino dati della ricerca RTS

Base giuridica

CORDA

Magazzino dati della ricerca RTS

Base giuridica

CORDA

Magazzino dati della ricerca RTS