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NextETRUCK
- /en/research-topics/electric-powertrains/projects/nextetruck
Efficient and Affordable Zero Emission Logistics Through the Next Generation of Electric Trucks The transport industry is responsible for 37% of CO 2 emissions in the EU, with medium-duty trucks accounting [...] and Barcelona (Spain). The project aims to Develop concepts for regional medium-heavy freight transportation that enable an energy efficiency increase of at least 10% compared to the best current electric [...] for truck cabins, such as the implementation of infra-red heating panels, the re-design of the HVAC system with heat recovery or the development of a digital-twin based control strategy for thermal management
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SELFIE
- /en/research-topics/electric-powertrains/projects/selfie
Battery Thermal Management Solution for Battery Electric Vehicles With a share of 30 percent, the transport sector is one of the largest CO 2 emitters, and there is a great need for action in this area in [...] charging or excessive discharging of the battery. In this context, an efficient thermal management system that regulates the temperature of the battery in a targeted manner and thus significantly optimizes [...] energy-efficient concept for battery thermal management was developed. An adaptive design of the battery system allows flexible expansion of battery capacity and voltage. This novel solution has been thoroughly
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Efficient and Affordable Zero Emission Logistics Through Electric Trucks
The transport industry is responsible for 37% of CO2 emissions in the EU, with medium-duty trucks accounting for 25% of these emissions. This fleet of around 1.1 million vehicles shows a steady increase [...] and Barcelona (Spain). The project aims to Develop concepts for regional medium-heavy freight transportation that enable an energy efficiency increase of at least 10% compared to the best current electric [...] for truck cabins, such as the implementation of infra-red heating panels, the re-design of the HVAC system with heat recovery or the development of a digital-twin based control strategy for thermal management
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18th A3PS Conference: Eco-Mobility 2023
entitled “Towards decarbonising air transport: Li-ion batteries technologies for next generation aircraft”, and by Christian Chimani, Head of Center for Low-Emission Transport and Deputy Chair of the A [...] Eco-Mobility 2023 will discuss the impacts of different propulsion system solutions and provide in-depth information on latest developments and innovative strategies. Leading representatives from industry
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Self-sustained and Smart Battery Thermal Management for Electric Vehicles
With a share of 30 percent, the transport sector is one of the largest CO2 emitters, and there is a great need for action in this area in order to be able to achieve the climate goals. Electric vehicles [...] charging or excessive discharging of the battery. In this context, an efficient thermal management system that regulates the temperature of the battery in a targeted manner and thus significantly optimizes [...] energy-efficient concept for battery thermal management was developed. An adaptive design of the battery system allows flexible expansion of battery capacity and voltage. This novel solution has been thoroughly
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EU project EMPOWER has started: Development of two zero-emission trucks
long-distance transport and sustainable logistics. The two trucks we are developing are intended to enable the sustainable transport of goods by road, complementary to other modes of transport such as rail [...] technology bricks: (1) a modular vehicle system architecture, (2) a modular high voltage architecture, (3) a modular low-voltage E/E architecture, (4) a fuel cell system with high reliability, extended operational [...] optimised heating, ventilation and air conditioning system featuring CO2 as refrigerant and infrared heating panels, (8) an electrified distributed braking system, (9) digital twin models of the demonstrators
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Innovative und klimagerechte Mobilität auf zwei Rädern
Entwicklungsarbeit voranzutreiben. Projektkoordinator Thomas Bäuml vom AIT Center for Low-Emission Transport berichtet: „Natürlich ist der persönliche Austausch schwer zu ersetzen. Der Einsatz modernster [...] den gesamten Lebenszyklus des Fahrzeugs betrachtet – von der Gewinnung der Materialien über deren Transport, der Verarbeitung und der eigentlichen Nutzung bis hin zum Recycling. Die so gewonnenen Erkenntnisse [...] Mensch-Maschinen-Schnittstelle und einem Eco-Coaching Algorithmus stehen momentan im Fokus. Das System soll intuitiv zu bedienen sein und zum energieeffizienten Fahren anregen. „Bis zum Aufbau des Prototyps
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