Author: Tempest

Next Generation Battery Systems: Smart Packing for Maximum Power

The EU-INGENIOuS Cluster will host its third webinar, titled “Next Generation Battery Systems: Smart Packing for Maximum Power,” on 6 November 2025 at 10:30 AM CET

This online session will explore how battery pack design and system architecture translate cell-level improvements into tangible gains in power, energy density, and usable range. Speakers will discuss advancements in battery pack energy and power density, as well as the testing and validation of cutting-edge project technologies.

Jeremy Warren, Project Coordinator of TEMPEST, will present alongside representatives from the EU-INGENIOuS Cluster and partner projects including NEXTBAT, VERSAPRINT, BATSS, and EXTENDED.

Register now to join the live event and access the full agenda.
The cluster unites 57 organisations across 17 countries, supported by a combined EU research investment of over €23.5 million.

TEMPEST video showcased at the R&I Conference 2025

Next September 16 and 17, TEMPEST’s official video will be featured at European Research & Innovation Days 2025 (The Square, Brussels). The sixth edition of this flagship event of the European Commission will bring together policymakers, researchers, business leaders and the wider innovation community to discuss how research and innovation drives Europe’s competitiveness, sustainability and industrial leadership, underpinning the EU’s top priorities.

If you wish to follow the event online, please refer to the streaming that will appear on 16 & 17 September 2025 on the event’s website.

Watch the video: https://www.youtube.com/watch?v=9BUvyx7Cv-4

TEMPEST General Assembly Held in Ljubljana

The TEMPEST consortium held its General Assembly on June 24-25, 2025, at the National Institute of Chemistry in Ljubljana, Slovenia. The two-day meeting brought project partners together to review progress, discuss key topics, and plan upcoming tasks.

The meeting started with a welcome by TEMPEST Project Coordinator Jeremy Warren, who also presented updates on project administration, including risks, intellectual property classification, and finances. The session on the demonstrator’s overall architecture followed. Discussions covered the manufacturing planning, and demonstrator assembly and integration.

Day two included sessions on demonstrator validation, testing, and simulation, followed by Dissemination, Communication, and exploitation led by Sustainable Innovations. The assembly concluded with final remarks and a summary by Jeremy Warren.

The event was held at the National Institute of Chemistry (Kemijski Inštitut), in Ljubljana. The partners left the meeting with a clear understanding of the project status and upcoming activities.

University of Patras Presents TEMPEST Project at BrIAS BATTERIES 2025

The University of Patras participated in the BrIAS BATTERIES 2025 Conference, held on May 22–23, 2025, in Brussels, Belgium. The event, organized by the Brussels Institute of Advanced Studies, brought together international researchers to discuss recent advances in battery modelling, control, and management systems.

Representing the University, Katerina Fragiadaki presented the TEMPEST project abstract titled ‘Numerical and Experimental Investigation of Impact Response of a Thermoplastic Battery Housing.’ The study focused on evaluating the mechanical performance of thermoplastic materials used in battery enclosures, combining both simulation and experimental methods.

The presentation highlighted the TEMPEST project’s contribution to improving battery safety and system reliability, supporting the broader goals of efficient and robust energy storage technologies.

Turning Challenges into Advantages: What Current Practices Teach Us About Future Battery Design and Sustainability

A webinar organised by the EXTENDED project in collaboration with EU-INGENIOuS cluster

Following the success of the Empowering Europe webinar hosted by the EU INGENIOUS cluster—which includes the TEMPEST, NEXTBAT, VERSAPRINT, BATSS, and EXTENDED—we’re excited to announce the second session of the EU-INGENIOUS webinar series.

On June 11, Jeremy Warren, coordinator of the TEMPEST Project, will join an expert panel for an interactive session focused on the transformative impact of the 2023 Battery Regulation on the battery industry.

This webinar will bring together voices from industry and academia to explore regulatory effects, challenges across the battery value chain, and innovations in battery design and lifecycle management.

Featured Speakers

Bruno Rodrigues, ABEE
Rafaela Gonçalves, INEGI
Morshed Varzandeh, ABEE
Jeremy Warren, TEMPEST Project
Lisa-Lou, CEA
Saurabh Pathak, BMZ

Moderator:

Fernando Machado, Portugal Battery Cluster

Don’t miss this opportunity to connect with thought leaders, gain valuable insights, and help shape the future of sustainable battery technologies.

TEMPEST at BrIAS Conference – Batteries 2025

The TEMPEST project will participate in the upcoming 1st Brussels Institute of Advanced Studies (BrIAS) Conference on Battery Management and Future Technologies – Batteries2025, taking place on May 22–23, 2025, in Brussels, Belgium.

The BrIAS Batteries2025 conference aims to establish itself as a recurring international event, bringing together a multidisciplinary scientific community to present and discuss the latest advancements and future directions in the dynamic modelling and control of battery systems, including Battery Management Systems (BMS) and Energy Management Systems (EMS) with storage integration.

TEMPEST project partners will present their abstract, titled ‘Numerical and Experimental Investigation of Impact Response of a Thermoplastic Battery Housing.’ More information here

Women in Batteries – SIE

Carla Sebastiani is the Exploitation & IP Manager of the TEMPEST project. She is currently working on the TEMPEST project and Business Development Manager at Sustainable Innovations.

What is your work at the TEMPEST project about?

My work in the TEMPEST project focuses on acting as the Exploitation & IP Manager of the project, responsible for overseeing the correct identification and definition of the Key Exploitable Results, providing solid plans for the exploitation of these results after the project’s lifetime, and including ownership agreements, joint exploitation agreements, and potential IP protection schemes for the project’s technologies.

What advice would you give to young women who are considering a career in the battery industry or other STEM fields?

Do not be afraid to jump into the unknown. Historically, STEM has been a man-dominated field, but it does not mean that it must remain that way. Every year more and more women follow their dreams into STEM careers, if it’s the way you want to go, just do it, I promise you will find your way into the world.

What do you think are the biggest challenges women face in the battery industry, and how can they be addressed?

One of the main challenges we face is that there is still a long way to go to make it possible to combine having a career in STEM and also having a family. Many countries continue to move towards a positive change, implementing longer and paid maternal (and paternal) leaves among other measures, but we need to boost this at European level in order to have more women involved in all fields, and especially at high career levels.

TEMPEST Project Participates in RTR Conference 2025

The TEMPEST Project participated last February 11 in the RTR Conference, where it contributed to the first #BATT4EU session.

Session 6 focused on high-performance and safe-by-design next-generation battery systems for road transport applications, stemming from the 2022 call. The session featured insights from multiple EU-funded projects, each presenting advancements in battery technology:

EXTENDED Project – Maximilian Mellin (BMZ Group) presented developments in multifunctional, modular, and scalable semi-solid-state battery systems.
TEMPEST Project – Jeremy Warren (Applus+) introduced work on multi-architecture battery packs designed for industrial applications.
VERSAPRINT EU – Lisa-lou Gracia (CEA) discussed versatile printed solutions aimed at enhancing battery safety and performance.
NEXTBAT Project – Mikko Pihlatie (VTT) outlined efforts to develop a highly safe and sustainable battery system, integrating electrical, thermal, and mechanical safety considerations.
BATSS EU – Iosu Cendoya (CIDETEC) presented advancements in safe and efficient battery systems based on advanced cell technology.

Moderated by Martha Gialampouki (CINEA – European Climate, Infrastructure and Environment Executive Agency) and Manasa Sridhar (Iveco Group, Executive Board member at BEPA).

TEMPEST Project Consortium Holds Successful Online Review Meeting

The TEMPEST Project consortium recently held an online review meeting to assess the progress and achievements of the project over the past one and a half years. This milestone event brought together project partners, who presented the results obtained, shared key insights, and highlighted the valuable lessons learned throughout the journey so far. The meeting was a testament to the dedication and collaboration of all partners involved, showcasing the significant strides made in advancing the project’s objectives.

A special thank you was extended to Martha Gialampouki for her insights and feedback, which have been instrumental in shaping the project’s direction and success. As we reflect on the progress made, we are excited to continue our efforts and share more updates with our stakeholders. We look forward to connecting with you at the upcoming RTR Conference next month, where we will further discuss the project’s developments and future plans.

Women in Batteries – U Patras

Katerina Fragiadaki received her diploma in Mechanical Engineering and Aeronautics from the University of Patras in 2022. She is currently working on the TEMPEST project.

What is your work at the TEMPEST project about?

In the frame of the TEMPEST project, my research involves conducting simulations to analyze the mechanical response of the battery housing components under various loading conditions, including bonding and heat-triggering processes. The main objective of the work is to relate the material parameters, process variables, and final performance, which will optimize the design and manufacturing processes of the demonstrators. Additionally, part of my work is to perform a series of tests, including vibration, thermal shock, mechanical shock, impact, fire and humidity/temperature exposure, to evaluate the mechanical integrity and cycling behavior and extract the thermomechanical, aging, and fire resistance characteristics of the demonstrators.

How do you see the role of mentorship and networking in advancing women’s careers in the battery industry?

Mentorship, if applied in a non-patronizing way, provides guidance, assistance, and career advice to support women in navigating through challenges and developing confidence. Networking enhances connections in the industry for collaboration, sharing knowledge, and opportunities for advancement, as well as possible job leads. By establishing connections with like-minded people, women empower themselves and inspire innovation in the workplace while working towards fulfilling their career goals and expanding the growth of the battery industry.

What advice would you give to young women who are considering a career in the battery industry or other STEM fields?

Being a young woman in STEM myself, I would encourage others to embrace their passion for innovation and technology and not let stereotypes limit them. Connect with other women in the industry and keep developing new skills and gaining experience. Don’t be afraid to take on new challenges and pursue advanced education and certifications. The field of STEM is constantly evolving and offers numerous opportunities for growth and impact. It also depends on diverse perspectives and innovative thinking, so keep learning and adapt to new technologies and trends. Be determined and believe in your abilities.

What do you think are the biggest challenges women face in the battery industry, and how can they be addressed?

I believe women are capable of anything they aspire to achieve, but one of the biggest challenges they face in STEM fields, including battery industry, is the remaining gender gap. There is a lack of female representation in leadership positions, and women may face predispositions that can impede their career growth. In addressing these challenges, an inclusive work environment must be considered. Organizations should have policies promoting gender diversity, equal pay, and flexible work arrangements. By doing this, we can inspire the next generation of female engineers and scientists to contribute to the advancement of battery technology and ultimately, to create a supportive environment where women feel valued, respected, and empowered.