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SIG Energy Technology takes part in AFBE
SIG Energy Technology has joined the French Association for Electric Boats (AFBE), a professional organization established in 1994 with over 90 members dedicated to advancing electric and plug-in hybrid marine propulsion. The AFBE facilitates technical and strategic exchanges while promoting innovations that support the energy transition on water. By becoming a member, SIG Energy Technology reinforces its commitment to the marine sector, leveraging our expertise in energy cells and battery storage systems. Our participation reflects our conviction that advanced energy storage technologies are fundamental to tomorrow's electric propulsion solutions. Through active engagement with AFBE's industry network, we aim to contribute to best practices, support sector innovation, and help create a favorable institutional and political environment for marine electrification.
SIG Energy Technology at Hannover Messe 2026
SIG Energy Technology will showcase cutting-edge energy storage innovations at Hannover Messe 2026, running April 20-24 in Hall 012 at Stand E01. The company will present diverse battery module solutions alongside latest developments in sodium-ion chemistry, a critical alternative to traditional lithium-ion technology. This premier industrial event offers the ideal platform for stakeholders to explore SIG Energy's technological advances, evaluate next-generation battery systems, and discuss custom energy storage solutions for specific applications. Attendees can engage directly with the SIG Energy team to review emerging technologies, assess compatibility with existing projects, and negotiate partnership opportunities. Partners interested in attending can request complimentary invitations by contacting SIG Energy directly via email.
SIG Energy Technology commits to Team2
SIG Energy Technology has joined Team2, a competitiveness cluster based in Lens that has been transforming resource consumption and recycling since 1994. Team2 unites a diverse network of over 100 companies, research centers, universities, and local authorities to develop concrete solutions for advancing the circular economy. The cluster focuses on strategic sectors including critical metals, plastics, batteries, and construction materials. By partnering with Team2, SIG Energy Technology gains access to collaborative innovation programs and national and European initiatives that extend material lifespan and reduce waste. This membership enables SIG to leverage its technical expertise in cell performance and reliability while contributing to ambitious projects that shape sustainable economic models and support the transition toward a more responsible economy.
SIG Energy Technology joins Avere-France
SIG Energy Technology has joined Avere-France, the prominent French association dedicated to advancing electric mobility since 1978. This strategic membership connects SIG Energy with a comprehensive ecosystem of industry stakeholders, including manufacturers, battery makers, charging operators, and local authorities. Avere-France represents the entire electric vehicle sector and conducts extensive interest representation, information dissemination, and advocacy efforts to support industry development. By becoming a member, SIG Energy Technology strengthens its position within France's electric mobility landscape and gains access to collaborative working groups and sector developments. This commitment reflects SIG Energy's dedication to sharing its technical expertise in lithium-ion cells while contributing to collective initiatives that drive sustainable transportation growth across France.
SIG Energy Technology and electric mobility with AVEM
SIG Energy Technology has joined AVEM, a leading association that has championed electric vehicle adoption for over twenty years. AVEM serves both individual and professional stakeholders, providing comprehensive resources including news, practical guides, and charging solution catalogs. The association organizes key industry events such as the Electro-Mobility Conference and operates the Advenir Training program to develop workforce skills in electromobility. By participating in AVEM, SIG Energy Technology gains access to vital sector discussions, stays informed about emerging technologies and practices, and contributes to building sustainable road mobility solutions. This partnership positions SIG Energy Technology alongside local authorities, manufacturers, operators, and research firms working to advance the electric vehicle ecosystem and transition to cleaner transportation infrastructure.
IEC 62620 Certification
SIG Energy Technology announces successful IEC 62620 certification for the Lithium-Ion cell L173F163B, validating compliance with international safety, performance, and durability standards. This prestigious certification confirms the cell meets rigorous criteria across key parameters including capacity, internal resistance, temperature behavior, and cycling stability. The IEC 62620 standard serves as a critical performance benchmark for industrial applications, ensuring independent verification on an international scale. For manufacturers and integrators in automotive, maritime, and energy storage sectors, this certification significantly accelerates module and battery pack qualification timelines. The validation reduces time to market, strengthens quality assurance, and ensures regulatory compliance in demanding industrial environments while providing customers with independent proof of reliability and performance standards.
SIG Energy Technology Celebrates 10 Years of Battery Innovation and Expertise
SIG Energy Technology marks a significant milestone in 2026, celebrating ten years of pioneering expertise and innovation in advanced battery technologies and energy storage systems.
SIG Energy Technology anticipates the future of batteries
SIG Energy Technology is at the forefront of battery innovation, conducting comprehensive tests on Lithium-Ion, Sodium-Ion, and Semi-Solid technologies to identify the most suitable solutions for various applications, ensuring reliability, performance, and adaptability for future projects.
Lithium-Ion, Sodium-Ion, Semi-Solids : what are the differences?
SIG ENERGY TECHNOLOGY explores the key differences between Lithium-Ion, Sodium-Ion, and Semi-Solidd batteries, examining their compositions, performance, and applications.
Characterisation of cells: DCIR and intensive cycling
SIG Energy Technology guarantees the reliability and longevity of Lithium-Ion cells through thorough testing and precise performance monitoring
A unique expertise for safe, durable, and high-performance batteries
SIG ENERGY TECHNOLOGY guarantees the reliability, performance, and durability of Lithium-Ion cells thanks to a unique testing laboratory and over 10 years of technical expertise.
Merry Christmas and Happy new year 2022
A festive message from SIG Energy Technology wishing everyone a merry Christmas and a wonderful year 2022.
Partnership with Top Dutch Solar Racing
This article describes SIG Energy Technology's partnership with Top Dutch Solar Racing, providing custom lithium-ion cells for their solar car Green Spirit in Groningen, Netherlands.
SIG Energy Technology and Research
SIG Energy Technology supports research and education in lithium-ion batteries, partnering with universities and student projects to advance green technology.
SIG Energy Technology at Battery Show!
This article describes SIG Energy Technology's participation at The Battery Show in Stuttgart, Europe's largest showcase of batteries and advanced hybrid technologies.
Spacers: the perfect solution to cell compression
SIG Energy Technology’s spacers improve cell compression, safety, and performance in lithium-ion modules, using recycled materials and innovative design.
State of charge estimation by the OCV method
This article explains how the OCV method is used to estimate battery state of charge and why it is important for BMS accuracy.
Technical support from SIG Energy Technology
This article describes SIG Energy Technology's approach to cell testing and technical support for energy storage projects.
The different lithium-ion cell shapes offered by SIG Energy Technology
This article explains the differences between prismatic, cylindrical, and pouch lithium-ion cells, and how SIG Energy Technology focuses on prismatic and cylindrical formats for industrial and automotive applications.
A new life for electric pallet trucks and forklifts
This article explains how lithium-ion batteries revolutionize industrial logistics equipment, offering up to 5 times more energy storage and eliminating maintenance requirements compared to lead-acid batteries.
The French State encourages the retrofit trend
This article explains how the French government supports the conversion of combustion vehicles to electric (retrofit), its benefits, and SIG Energy Technology's involvement in retrofit projects.
BMS: What is it? Why is it important?
This article explains the role of Battery Management Systems (BMS) in lithium-ion batteries, including balancing, protection, and communication functions.
Cell characterization: a guarantee of quality
Cell characterization involves rigorous testing to ensure lithium-ion cell quality and performance. This process helps anticipate product lifespan and optimize battery management systems.
Electrical resistance & Lithium-ion cell
This article explains electrical resistance in lithium-ion cells and details key measurement methods. It highlights why understanding internal resistance is crucial for battery performance and diagnostics.
Energy Storage Düsseldorf: SIG Energy Technology present!
This article covers SIG Energy Technology's participation at Energy Storage Düsseldorf, showcasing products and exchanging with leading companies in energy storage industry.
Environmental responsibility and French production
This article discusses battery recycling, second life applications, and SIG Energy Technology's commitment to sustainable manufacturing in France with eco-designed modules.
EVS 32: sustainable mobility in question
This article covers SIG Energy Technology's participation at EVS 32 symposium in Lyon, examining major changes in sustainable mobility for lifestyles and economy.
Lithium batteries: which technologies for which uses?
This article compares NMC and LFP lithium-ion battery technologies, their applications, and why SIG Energy Technology focuses on LFP for safety, durability, and sustainability.
Local authorities bet on electric mobility
French local authorities are driving electric mobility by investing in zero-emission vehicles, charging stations, and innovative transport policies to improve air quality and meet future mobility needs.
Logistics and certifications: SIG Energy Technology's commitments
This article explains SIG Energy Technology's approach to lithium-ion battery logistics, including dangerous goods transport regulations, UN38.3 certification, and their strategic warehouse location near Paris.
Mechanical design methodology for spacers
This article details the use of mechanical simulation in designing spacers for lithium-ion cell modules, ensuring optimal compression and reliability.
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