Advancing mobility through sustainable, robust, and innovative battery technology
The project aims to revolutionize sustainable mobility by collaborating to develop advanced battery technologies with enhanced energy density, faster charging capabilities, and improved life cycles.
This innovation is poised to accelerate the transition to electric vehicles (EVs) and promote sustainable transportation practices. This collaborative effort leverages the strengths of partners, promoting knowledge exchange and cross-disciplinary collaboration.
Through systematic experimentation and analysis, the project aims to generate fundamental knowledge that can drive innovations not only in sustainable mobility but also in broader energy storage applications. The project's primary outcome is to share knowledge and expertise that ultimately lead to the development of cutting-edge battery technology from battery cell to battery pack. The developed models will enhance our understanding of battery performance and aid in the design of future iterations.
The project results lay the foundation for future larger projects and strategic activities by establishing a robust knowledge base for further research in energy storage technologies.
Project manager: Hanna Persson, Chalmers Industriteknik
Parties: Chalmers Industriteknik, Lawrence Berkeley National Laboratory, Chalmers University of Technology, Abtery AB, Northvolt AB
Period: 2024 to 2025
Explore your opportunities
Hans Pohl
Future Mobility
Program Director
hans.pohl@lindholmen.se
+46(0)70-840 27 40
What we offer actors in Sweden
Collaboration with the United States can deliver innovations that would not be possible to obtain otherwise. Collaboration with the United States can deliver innovations that would not be possible to...
What we offer actors in the United States
Sweden is very active in the development and use of greener vehicles and fuels. It has a strong public transport system, high sustainability ambitions and is considered among the most innovative...
Our innovation projects
A Design Framework for Women-Centered Mobility Hub
The project will develop a Design Framework for Women-Centered Mobility Hubs.
Advancing mobility through sustainable, robust, and innovative battery technology
The project aims to revolutionize sustainable mobility by collaborating to develop advanced battery technologies with enhanced energy density, faster charging capabilities, and improved life cycles.
AI Aware
In the AI Aware project series, a collaborative cloud approach has been researched to enable increased awareness of vehicles. The recent AI Aware project used the radical developments that have...
Carbon free zone for transportation of goods in San José
Through a Swedish consortium of companies all within emission-free transportation, the project intends to show how the city of San José can practically realize becoming a climate-neutral city by the...
CyberMAP
This project seeks to develop The Street Value Tool as a web app and adapt it for North American Cities. The main objective of the tool is to help planners and decision-makers change streets...
Dashboards for Decision Support in Highway Congestion Management
Congestion on the roads is a big problem in many cities around the world, and both in the USA and in Sweden. Congestion leads to increased travel time, increased fuel consumption and more air...
Exchange for more BETs
The project goal is to have Sweden and the United States share knowledge and learn from each other’s experience with the early development of the zero-emission truck market.
Harvesting Road Data with Connected, Electric School Buses
The Future Mobility-funded strategic project, Harvesting Road Data with Connected, Electric School Buses brings together Univrses from Sweden and Highland Fleets from the USA in a collaborative effort...
Implementation Roadmap for Swedish Automotive Vehicle-to-Grid Services in California
Electric Vehicles (EV) are undoubtedly a key piece of the solution to eliminating transport-related greenhouse gas emissions. However, as the number of EVs increases, so will the electricity demand...
JustFuture
This project aims to explore the role of on-demand transit in different contexts and assess its future possibilities for public mobility with a special focus on issues of transport equity and equality...
Learning for Deployment of Robotaxis at Scale
As the global race to deploy automated vehicles in urban environments accelerates, the project "Learning for Deployment of Robotaxis at Scale" aims to identify lessons that can inform future...
Road Condition Data
In this research and innovation project, Klimator, a leader in applied road climatology, is working to adapt its condition models to the challenges of the United States. By partnering with the...
Shared Standards for Shared Mobility
Given the digitalization of shared mobility, the need for participating actors to collaborate around central digital technologies increases. One aim of the project is to facilitate knowledge exchange...
Streetmeter
This project seeks to develop Streetmeter as a web app and adapt it for North American Cities. The main objective of the tool is to help planners and decision-makers change streets, predominantly...
Sustainable and low-cost methodologies for manufacturing high-performance composite materials
The project will investigate and optimize high performance composite manufacturing through liquid composite moulding (LCM) with regards to environmental impact, cost, and cycle time.
Sweden California CoLab
An innovative agenda for future collective mobility has been brewing in the Nordics, in a consortium called “Rådslaget”. The work evolved from the challenging situation during the pandemic and points...
Transatlantic Cooperation for Leveling Up MaaS
Mobility as a Service (MaaS) has been characterized as an innovation aimed at addressing issues related to sustainable mobility by providing an alternative to private car ownership.
Transit Oriented Development (TOD), mobility hubs and Shared Autonomous Vehicles (SAVs)
The project aims to decarbonize transport and decrease oil dependence by offering innovative future mobility solutions that work with public transport and enrich the service with first/last mile...
Triggering Regional Accessibility and Networks for Sustainable Intelligent Transportation
This project addresses the challenge of offering and interweaving eco-friendly transportation choices in suburban areas with those in city centers.
WAlking and PArking Dynamics of Drivers (WAPADD): Analysis and Model Development for Sustainable Urban Delivery
The project addresses the critical but often overlooked aspects of delivery drivers' walking and parking behaviors in urban logistics.
Wildlife-Strike Prevention with Flox at Silicon Valley Airport
Traditional wildlife management methods—such as patrolling with vehicles, using pyrotechnics, trained dogs and gunshots—are proving inefficient at airports. This issue has opened the door for...
