Innovative solutions for propulsion, energy and safety components of transport vehicles (Q3106418)
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Project Q3106418 in Slovakia
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Innovative solutions for propulsion, energy and safety components of transport vehicles |
Project Q3106418 in Slovakia |
Statements
8,400,263.21 Euro
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16,536,667.0 Euro
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50.8 percent
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9 January 2019
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6 January 2023
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Žilinská univerzita v Žiline
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49°12'23.87"N, 18°46'19.88"E
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Navrhovaný projekt rieši vysoko aktuálnu spoločenskú tému vývoja a nasadzovania unikátnych technológií pre dopravné prostriedky z hľadiska pohonu, akumulácie a distribúcie energie ako základný predpoklad dekarbonizácie dopravy a dopravných systémov. Principiálne ide o modernizáciu alternatívnych pohonných systémov z hľadiska vlastného riešenia hybridizácie a elektrifikácie pohonu ako aj akumulácie energie pre tieto systémy. V súvislosti s týmto globálnym cieľom sa pristúpi k riešeniu parciálnych úloh, pričom sa jedná o VaV nových akumulačných modulov, nových spôsobov normovaného nabíjania, zavádzania nových postupov na tepelný a bezpečnostný manažment a v konečnom dôsledku pôjde o identifikáciu praktického využívania v širokom aplikačnom spektre.Hlavné aktivity združujú nasledovné témy pre výskum a vývoj:Inovatívna hybridizácia pohonných systémov pre dopravné prostriedky a systémyPerspektívne systémy na akumuláciu a distribúciu elektrickej energie dopravných prostriedkovBezpečnostný a tepelný manažment systémov pohonných a energetických súčastí dopravných prostriedkovPosúdenie ekonomických a spoločenských aspektov moderných materiálov a technológií v priemyselnej výrobe, štatistické prognózovanieOčakávaný prínos z hľadiska medzinárodného uplatnenia je možné konkretizovať v podobe:výskumu nových materiálov a komponentov použiteľných vo výrobe dynamických častí automobiluvýskumu energetického manažment automobilov s ohľadom na predĺženie životnosti a zvýšenie spoľahlivosti jednotlivých dynamických častí, s cieľom celkového zníženia hmotnosti, zvýšenia účinnosti a zníženia emisií.výskumu nových batériových boxov pre elektrický a hybridný pohon vozidiel, zvyšujúcich výkon a predlžujúcich životnosť autobatérií ako aj ich účinnosťvýskumu nových inovatívnych postupov riešenia kolíznych situácií dopravných z pohľadu ochrany posádky a činnosti zásahových zložiek s uvažovaním negatívneho dopadu alternatívnych riešení pohonného systémukomplexný model kvantifikácie ekonomických vplyvov alternatívnych pohonných systémov v podmienkach Slovenska,výskum kľúčových vzťahov, identít, tautológií a kauzalít, ktoré sa týkajú problematiky elektromobility (Slovak)
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The proposed project addresses the highly topical social theme of the development and deployment of unique technologies for means of transport in terms of propulsion, storage and distribution of energy as a basic precondition for the decarbonisation of transport and transport systems. In principle, it is about modernising alternative propulsion systems in terms of their own hybridisation, electrification and energy storage solutions for these systems. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (English)
28 September 2021
0.4518893806612398
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Le projet proposé aborde le thème social hautement actuel du développement et du déploiement de technologies uniques pour les moyens de transport en termes de propulsion, de stockage et de distribution d’énergie, condition préalable essentielle à la décarbonisation des systèmes de transport et de transport. En principe, il s’agit de moderniser les systèmes de propulsion alternatifs en termes de solutions d’hybridation, d’électrification et de stockage d’énergie propres à ces systèmes. Dans le cadre de cet objectif global, des tâches partielles seront abordées, impliquant la R & D de nouveaux modules d’accumulation, de nouveaux modes de charge normalisés, l’introduction de nouvelles procédures de gestion thermique et de sécurité et, en fin de compte, l’identification pratique dans un large éventail d’applications.Les principales activités regroupent les thèmes suivants pour la recherche et l’hybridation des systèmes de propulsion des véhicules et des systèmes de propulsion des véhicules. (French)
27 November 2021
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Das vorgeschlagene Projekt befasst sich mit dem hochaktuellen sozialen Thema der Entwicklung und Einführung einzigartiger Technologien für Transportmittel in Bezug auf Antrieb, Speicherung und Verteilung von Energie als Grundvoraussetzung für die Dekarbonisierung von Verkehrs- und Verkehrssystemen. Grundsätzlich geht es darum, alternative Antriebssysteme in Bezug auf ihre eigenen Hybridisierungs-, Elektrifizierungs- und Energiespeicherlösungen für diese Systeme zu modernisieren. Im Rahmen dieses globalen Ziels werden Teilaufgaben behandelt, darunter die F & E neuer Akkumulationsmodule, neue standardisierte Ladesysteme, die Einführung neuer thermischer und sicherheitstechnischer Verfahren und schließlich die Ermittlung der praktischen Nutzung in einem breiten Anwendungsspektrum.Die wichtigsten Aktivitäten vereinen die folgenden Themen für die Forschung und vývoj:Inovatívna Hybridisierung von Antriebssystemen für Fahrzeuge und SystemeVerbesserung der wirtschaftlichen und sozialen Aspekte moderner Werkstoffe und Technologien in der industriellen Produktion, statistische Vorhersage der erwarteten Vorteile des Fahrzeugsystems und der Energieeffizienz von Fahrzeugen. (German)
29 November 2021
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Het voorgestelde project heeft betrekking op het zeer actuele sociale thema van de ontwikkeling en toepassing van unieke technologieën voor vervoermiddelen op het gebied van voortstuwing, opslag en distributie van energie als basisvoorwaarde voor het koolstofarm maken van vervoer- en vervoerssystemen. In principe gaat het om het moderniseren van alternatieve aandrijfsystemen in termen van hun eigen hybridisatie-, elektrificatie- en energieopslagoplossingen voor deze systemen. In de context van deze algemene doelstelling, zullen partiële taken worden aangepakt, waarbij wordt uitgegaan van de O & O van nieuwe voertuigefficiëntiemodules, nieuwe gestandaardiseerde oplaadmodi, de invoering van nieuwe procedures voor thermisch en veiligheidsbeheer en uiteindelijk het praktische gebruik in een breed toepassingsspectrum wordt bepaald.Belangrijkste activiteiten omvatten de volgende onderzoeksthema’s en vývoj:Inovatívna hybridisatie van aandrijfsystemen voor voertuigen en systemenPerfectieve systemen voor de accumulatie en distributie van elektrische energiesystemen voor voertuigen, het verbeteren van de efficiëntie van de individuele voertuigefficiëntie en het thermisch beheer van de aandrijf- en energiecomponenten van vervoermiddelen (Dutch)
4 December 2021
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Il progetto proposto affronta il tema sociale di grande attualità dello sviluppo e della diffusione di tecnologie uniche per i mezzi di trasporto in termini di propulsione, stoccaggio e distribuzione dell'energia quale prerequisito fondamentale per la decarbonizzazione dei sistemi di trasporto e di trasporto. In linea di principio, si tratta di modernizzare i sistemi di propulsione alternativi in termini di soluzioni di ibridazione, elettrificazione e stoccaggio dell'energia per questi sistemi. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Italian)
12 January 2022
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El proyecto propuesto aborda el tema social de gran actualidad del desarrollo y el despliegue de tecnologías únicas para los medios de transporte en términos de propulsión, almacenamiento y distribución de energía como condición previa básica para la descarbonización de los sistemas de transporte y transporte. En principio, se trata de modernizar los sistemas de propulsión alternativos en términos de sus propias soluciones de hibridación, electrificación y almacenamiento de energía para estos sistemas. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Spanish)
13 January 2022
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Kavandatavas projektis käsitletakse väga aktuaalset sotsiaalset teemat, milleks on transpordivahendite ainulaadse tehnoloogia arendamine ja kasutuselevõtt energia jõul, salvestamisel ja jaotamisel, mis on transpordi- ja transpordisüsteemide CO2-heite vähendamise peamine eeltingimus. Põhimõtteliselt on tegemist alternatiivsete jõuseadmete ajakohastamisega, pidades silmas nende süsteemide hübridiseerimist, elektrifitseerimist ja energia salvestamise lahendusi. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Estonian)
4 August 2022
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Siūlomame projekte nagrinėjama labai aktuali socialinė tema, susijusi su unikalių transporto priemonių technologijų kūrimu ir diegimu energijos varymo, kaupimo ir paskirstymo srityse, nes tai yra pagrindinė transporto ir transporto sistemų priklausomybės nuo iškastinio kuro mažinimo sąlyga. Iš esmės kalbama apie alternatyvių varymo sistemų modernizavimą jų pačių hibridizacijos, elektrifikavimo ir energijos kaupimo sprendimų požiūriu. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Lithuanian)
4 August 2022
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Predloženi projekt bavi se vrlo aktualnom društvenom temom razvoja i uvođenja jedinstvenih tehnologija za prijevozna sredstva u smislu pogona, skladištenja i distribucije energije kao osnovnog preduvjeta za dekarbonizaciju prometnih i prometnih sustava. U načelu se radi o modernizaciji alternativnih pogonskih sustava u smislu vlastitih rješenja za hibridizaciju, elektrifikaciju i skladištenje energije za te sustave. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Croatian)
4 August 2022
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Το προτεινόμενο σχέδιο εξετάζει το άκρως επίκαιρο κοινωνικό θέμα της ανάπτυξης και της εφαρμογής μοναδικών τεχνολογιών για τα μέσα μεταφοράς όσον αφορά την προώθηση, την αποθήκευση και τη διανομή ενέργειας ως βασική προϋπόθεση για την απαλλαγή των συστημάτων μεταφορών και μεταφορών από τις ανθρακούχες εκπομπές. Κατ’ αρχήν, πρόκειται για τον εκσυγχρονισμό των εναλλακτικών συστημάτων πρόωσης όσον αφορά τον υβριδισμό τους, τον εξηλεκτρισμό και τις λύσεις αποθήκευσης ενέργειας για τα συστήματα αυτά. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Greek)
4 August 2022
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Ehdotetussa hankkeessa käsitellään erittäin ajankohtaista yhteiskunnallista teemaa, joka koskee ainutlaatuisten tekniikoiden kehittämistä ja käyttöönottoa kuljetusvälineissä käyttövoiman, varastoinnin ja energian jakelun osalta perusedellytyksenä liikenne- ja liikennejärjestelmien hiilestä irtautumiselle. Periaatteessa kyse on vaihtoehtoisten käyttövoimajärjestelmien nykyaikaistamisesta niiden omien hybridi-, sähköistys- ja energian varastointiratkaisujen avulla. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Finnish)
4 August 2022
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Proponowany projekt dotyczy bardzo aktualnego tematu społecznego, jakim jest opracowywanie i wdrażanie unikalnych technologii dla środków transportu w zakresie napędu, magazynowania i dystrybucji energii jako podstawowego warunku dekarbonizacji systemów transportu i transportu. Zasadniczo chodzi o modernizację alternatywnych systemów napędowych pod względem własnych rozwiązań hybrydyzacji, elektryfikacji i magazynowania energii dla tych systemów. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Polish)
4 August 2022
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A javasolt projekt a közlekedési és közlekedési rendszerek dekarbonizációjának alapvető előfeltételeként foglalkozik a közlekedési eszközökre vonatkozó egyedi technológiák fejlesztésének és alkalmazásának rendkívül aktuális társadalmi témájával a meghajtás, a tárolás és az energiaelosztás tekintetében. Elvileg az alternatív meghajtási rendszerek korszerűsítéséről van szó saját hibridizációjuk, villamosításuk és energiatárolási megoldásaik tekintetében. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Hungarian)
4 August 2022
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Navrhovaný projekt se zabývá velmi aktuálním sociálním tématem vývoje a zavádění jedinečných technologií pro dopravní prostředky v oblasti pohonu, skladování a distribuce energie jako základní předpoklad dekarbonizace dopravních a dopravních systémů. V zásadě jde o modernizaci alternativních pohonných systémů, pokud jde o jejich vlastní hybridizaci, elektrifikaci a řešení skladování energie pro tyto systémy. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Czech)
4 August 2022
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Ierosinātais projekts pievēršas ļoti aktuālajam sociālajam tematam par transporta līdzekļiem paredzētu unikālu tehnoloģiju izstrādi un ieviešanu piedziņas, uzglabāšanas un enerģijas sadales ziņā, kas ir galvenais priekšnoteikums transporta un transporta sistēmu dekarbonizācijai. Principā runa ir par alternatīvu dzinēju sistēmu modernizāciju attiecībā uz šo sistēmu hibridizāciju, elektrifikāciju un enerģijas uzkrāšanas risinājumiem. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Latvian)
4 August 2022
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Leis an tionscadal atá beartaithe, tugtar aghaidh ar an téama sóisialta atá thar a bheith tráthúil maidir le forbairt agus imlonnú teicneolaíochtaí uathúla le haghaidh modhanna iompair ó thaobh tiomáint, stóráil agus dáileadh fuinnimh de mar réamhchoinníoll bunúsach chun córais iompair agus iompair a dhícharbónú. I bprionsabal, baineann sé le córais tiomána mhalartacha a nuachóiriú i dtéarmaí a réitigh hibridithe, leictriúcháin agus stórála fuinnimh féin do na córais sin. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Irish)
4 August 2022
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Predlagani projekt obravnava zelo aktualno družbeno temo razvoja in uporabe edinstvenih tehnologij za prevozna sredstva v smislu pogona, shranjevanja in distribucije energije kot osnovnega predpogoja za razogljičenje prometnih in prometnih sistemov. Načeloma gre za posodobitev alternativnih pogonskih sistemov v smislu lastnih rešitev za hibridizacijo, elektrifikacijo in shranjevanje energije za te sisteme. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Slovenian)
4 August 2022
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Предложеният проект разглежда изключително актуалната социална тема за разработването и внедряването на уникални технологии за транспортни средства по отношение на задвижването, съхранението и разпределението на енергия като основна предпоставка за декарбонизацията на транспортните и транспортните системи. По принцип става въпрос за модернизиране на системите за алтернативно задвижване по отношение на техните собствени решения за хибридизация, електрификация и съхранение на енергия за тези системи. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Bulgarian)
4 August 2022
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Il-proġett propost jindirizza t-tema soċjali topika ħafna tal-iżvilupp u l-użu ta’ teknoloġiji uniċi għall-mezzi tat-trasport f’termini ta’ propulsjoni, ħżin u distribuzzjoni tal-enerġija bħala prekundizzjoni bażika għad-dekarbonizzazzjoni tas-sistemi tat-trasport u tat-trasport. Fil-prinċipju, hija dwar l-immodernizzar ta’ sistemi ta’ propulsjoni alternattivi f’termini ta’ ibridizzazzjoni, elettrifikazzjoni u soluzzjonijiet ta’ ħżin tal-enerġija tagħhom stess għal dawn is-sistemi. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Maltese)
4 August 2022
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O projeto proposto aborda o tema social de grande atualidade do desenvolvimento e da implantação de tecnologias únicas para os meios de transporte em termos de propulsão, armazenamento e distribuição de energia como condição prévia básica para a descarbonização dos sistemas de transporte e de transporte. Em princípio, trata-se de modernizar os sistemas de propulsão alternativos em termos das suas próprias soluções de hibridação, eletrificação e armazenamento de energia para estes sistemas. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Portuguese)
4 August 2022
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Det foreslåede projekt omhandler det yderst aktuelle sociale tema om udvikling og anvendelse af unikke teknologier til transportmidler med hensyn til fremdrift, lagring og distribution af energi som en grundlæggende forudsætning for dekarbonisering af transport- og transportsystemer. I princippet handler det om at modernisere alternative fremdriftssystemer med hensyn til deres egne hybridiserings-, elektrificerings- og energilagringsløsninger til disse systemer. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Danish)
4 August 2022
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Proiectul propus abordează tema socială de actualitate a dezvoltării și implementării unor tehnologii unice pentru mijloacele de transport în ceea ce privește propulsia, stocarea și distribuția energiei, ca o condiție prealabilă de bază pentru decarbonizarea sistemelor de transport și de transport. În principiu, este vorba despre modernizarea sistemelor alternative de propulsie în ceea ce privește propriile soluții de hibridizare, electrificare și stocare a energiei pentru aceste sisteme. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Romanian)
4 August 2022
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Det föreslagna projektet behandlar det mycket aktuella sociala temat utveckling och införande av unik teknik för transportmedel när det gäller framdrivning, lagring och distribution av energi som en grundläggande förutsättning för utfasning av fossila bränslen i transport- och transportsystem. I princip handlar det om att modernisera alternativa framdrivningssystem i form av egna hybridiserings-, elektrifierings- och energilagringslösningar för dessa system. In the context of this global objective, partial tasks will be addressed, involving the R & D of new accumulation modules, new standardised charging modes, the introduction of new thermal and safety management procedures, and ultimately identifying practical use in a wide application spectrum.Main activities bring together the following themes for research and vývoj:Inovatívna hybridisation of propulsion systems for vehicles and systemsPerfective systems for the accumulation and distribution of electric power systems for vehicles, enhancing the efficiency of the vehicle’s individual vehicle efficiency, and thermal management of propulsion and energy components of transport meansAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of the new components of the vehicle, and the improvement of the efficiency of the vehicle’s spare parts in terms of performance and thermal performance of propulsion and energy components of transport meansAssessment of the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle system’s expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of applicable performance of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecastingThe expected benefits from the point of view of new vehicle efficiency and performance in terms of vehicle efficiency and performance in terms of vehicle propulsion and energy componentsAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting of the vehicle’s electric power supply and distribution systems, the improvement of vehicle efficiency reduction and the thermal management of propulsion and energy components of transport vehiclesAssessing the economic and social aspects of modern materials and technologies in industrial production, statistical forecasting for vehicle refuelling and dispensing, and the objective of reducing the efficiency of the vehicle components in terms of use, and the objective of improving the economic performance of vehicle components.Assessing the economic and social aspects of modern materials and technologies in industrial production, statistically forecasting the expected benefits from the point of view of the new components of the vehicle in terms of international application; (Swedish)
4 August 2022
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Identifiers
313011V334
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