mobility

News

Hydrogen Mobility Europe: Project Successfully Concludes

The initiative, supported by funding from the Clean Hydrogen Partnership (formerly Fuel Cells and Hydrogen 2 Joint Undertaking), has brought together action in nine European countries. It tested the innovations required to bring hydrogen mobility sector closer to readiness for market. The project successfully performed a large-scale market test of hydrogen refuelling infrastructure, passenger and commercial FCEVs operated in real-world customer applications. It further demonstrated the possible system benefits generated by using electrolytic hydrogen solutions in grid operations. H2ME 2 (2016 – 2023) is the natural successor to the Hydrogen Mobility Europe (H2ME 1) project (2015 – 2020). Taken in conjunction, the H2ME 1 & 2 projects are the most ambitious coordinated hydrogen deployment projects attempted in Europe to date. The deployments intended to test and develop the European hydrogen market and performance of the technology, prove technologies at scale and apply learning to overcome some of the barriers to more widespread application.

News

EU Project AeroSolfd 3rd General Assembly

The AeroSolfd project, co-funded by the European Union, recently convened its General Assembly in Lisbon, bringing together 17 partners from eight European countries. The assembly, hosted by the Metropolitano de Lisboa from the 25th to the 27th of October, addressed the project’s progress, specifically focusing on each work package’s advancements.

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Succesful LEVIS partner meeting in rainy VIGO

The partners in the LEVIS project met to discuss progress in developing lightweight EV components using eco-design and circular economy approaches. The consortium will demonstrate the feasibility of producing these components in three real-case demonstrators. The meeting covered designs, trials, strategies, and solutions for modelling and simulations, while discussing next steps.

News

LEVIS project 6 months update

Already six months into the H2020 LEVIS (Advanced Light materials for sustainable Electrical Vehicles by Integration of eco-design and circular economy Strategies) project! Time for all the partners to meet up and discuss all the progress that has been made on the lightweight electric vehicle components.

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The LEVIS project has officially started!

[av_section min_height=” min_height_pc=’25’ min_height_px=’500px’ padding=’default’ margin=” custom_margin=’0px’ color=’main_color’ background=’bg_color’ custom_bg=” background_gradient_color1=” background_gradient_color2=” background_gradient_direction=’vertical’ src=” attach=’scroll’ position=’top left’ repeat=’no-repeat’ video=” video_ratio=’16:9′ video_mobile_disabled=” overlay_enable=” overlay_opacity=’0.5′ overlay_color=” overlay_pattern=” overlay_custom_pattern=” shadow=’no-border-styling’ bottom_border=’no-border-styling’ bottom_border_diagonal_color=’#333333′ bottom_border_diagonal_direction=’scroll’ bottom_border_style=’scroll’ scroll_down=” custom_arrow_bg=” av-desktop-hide=” av-medium-hide=” av-small-hide=” av-mini-hide=” id=” custom_class=” aria_label=” av_element_hidden_in_editor=’0′ av_uid=’av-4t4wvs’] [av_one_half first min_height=” vertical_alignment=” space=” row_boxshadow=” row_boxshadow_color=” row_boxshadow_width=’10’ custom_margin=” margin=’0px’ mobile_breaking=” border=” border_color=” radius=’0px’ padding=’0px’ column_boxshadow=” column_boxshadow_color=” column_boxshadow_width=’10’ background=’bg_color’ background_color=” background_gradient_color1=” background_gradient_color2=” background_gradient_direction=’vertical’ src=” background_position=’top left’ background_repeat=’no-repeat’ highlight=” highlight_size=” animation=” link=” linktarget=” link_hover=” title_attr=” alt_attr=” mobile_display=” id=” custom_class=” aria_label=” av_uid=’av-7rcuak’] [av_heading heading=’LEVIS: Advanced Light materials for sustainable Electrical Vehicles by Integration of eco-design and circular economy Strategies’ tag=’h3′ style=” subheading_active=” show_icon=” icon=’ue800′ font=” size=” av-medium-font-size-title=” av-small-font-size-title=” av-mini-font-size-title=” subheading_size=” av-medium-font-size=” av-small-font-size=” av-mini-font-size=” icon_size=” av-medium-font-size-1=” av-small-font-size-1=” av-mini-font-size-1=” color=” custom_font=” icon_color=” margin=” margin_sync=’true’ padding=’10’ icon_padding=’10’ link=” link_target=” id=” custom_class=” av_uid=’av-kkzht94d’ admin_preview_bg=”][/av_heading] [av_hr class=’custom’ icon_select=’no’ icon=’ue808′ font=’entypo-fontello’ position=’left’ shadow=’no-shadow’ height=’50’ custom_border=’av-border-thin’ custom_width=’50px’ custom_margin_top=’30px’ custom_margin_bottom=’30px’ custom_border_color=’#0a0a0a’ custom_icon_color=” id=” custom_class=” av_uid=’av-3jog7w’ admin_preview_bg=”] [av_textblock size=” av-medium-font-size=” av-small-font-size=” av-mini-font-size=” font_color=” color=” id=” custom_class=” av_uid=’av-2zz03g’ admin_preview_bg=”] We are happy to announce that the project LEVIS (Advanced Light materials for sustainable Electrical Vehicles by Integration of eco-design and circular economy Strategies), funded by the EU H2020 program, has officially started! We are very proud to be part of a consortium of 13 partners from all over Europe and Turkey. The project partners bring along world-leading expertise on material science, automotive components manufacturing and End-of-Life (EoL) management. We are eager to learn and contribute to this three-year project. What is LEVIS? LEVIS will support the transition to sustainable mobility by developing lightweight structural parts for EVs while integrating circular economy principles in the design phase. With the use of multi-material solutions based on fibre reinforced thermoplastics, LEVIS seeks to prove that the manufacturing of those components is not only sustainable but also feasible, cost-effective and scale-able. Creating a possible breakthrough in the circular design of mass-produced automotive applications. Cenex Nederland leads the implementation of eco-design strategies in the product design phase, as well as the evaluation of the environmental and economic performance of the lightweight EV parts. 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