Prony Resources, grâce aux compétences reconnues des chimistes et des métallurgistes calédoniens, est aujourd’hui l’un des trois complexes industriels mondiaux capable de produire du NHC. Composé de 37% de nickel et de 2 à 3 % de cobalt, ce produit intermédiaire constitue la matière première des batteries lithium-ion/nickel utilisées dans la fabrication de véhicules électriques. Ce marché représente un potentiel immense. En effet, la demande mondiale de nickel pour batteries ne cesse de croître tandis que l’offre peine à suivre. Cet écart provoque une importante hausse des prix et garantit une rentabilité plus que prometteuse aux producteurs. Fort de cette situation, mais également de son expérience et de sa robustesse industrielle, Prony Resources a tous les atouts pour développer un produit compétitif à destination des marchés internationaux et créer un pôle d’excellence « batteries » en Nouvelle-Calédonie. Une opération valorisante à plus d’un titre puisqu’elle contribue à la transition écologique internationale d’une part, qu’elle crée des emplois et relance l’économie calédonienne d’autre part. Elle offre en outre à la Nouvelle-Calédonie une place de choix sur la carte mondiale des producteurs de nickel et de cobalt pour les batteries des véhicules électriques.

Longer lifetime. Higher ROI. Full confidence in your battery operations. Our analytics platform unlocks the true potential of your assets – turning raw data into actionable insights and recommendations that boost performance and profitability. We transform existing data into your competitive edge. With over 12 years of experience and more than 3 GWh analyzed every day, volytica diagnostics helps leading energy providers, fleet operators and investors make better decisions, reduce OPEX, and extend system lifetime. Ready to see your batteries clearly? contact@volytica.com | www.volytica.com

We are a dynamic high-tech company from Aachen with subsidiary BatterieIngenieure South Europe SL in Bilbao area, Spain. We deal with all electrochemical energy storage systems. The focus here is on Li-ion technologies and lead-acid batteries. But also SuperCaps, Ni-based technologies or primary cells are part of our work. The company has specialized in three core areas in the battery field. The first area covers all tests on cells, modules and batteries. In addition to electrical tests, mechanical, thermal and safety tests are also carried out. The spectrum of test specimens ranges from the smallest cells in so-called coin-cell format to HV batteries with a maximum voltage of 1,000V. In the second subject area, the focus is on the development of hardware, models and algorithms for the diagnostics of storage devices. The range of services is completed with the business area of technical consulting. This includes topics such as safety behavior, technology and product consulting, failure cause analyses and the preparation of expert reports. We are hiring! Are you interested in becoming a part of BatterieIngenieure? Become part of a young and motivated team. Use flat hierarchies and modern company policies to make a big difference. Send your application to jobs@batt-ing.de. We are always looking for highly motivated staff in the areas of consulting, hardware development, algorithm development and testing. links to privacy policy: https://batterieingenieure.de/social-media-datenschutz/ https://batterieingenieure.de/en/social-media-data-protection/

Prairie Battery endeavours to provide our customers with the highest level of customer service. In order to accomplish this, we stock a diversified range of high quality products giving our customers access to all their battery needs. Prairie Battery has a dealer network where many of our products may be purchased locally. In addition, we provide door to door route service and local delivery as well as the ability to ship products throughout Canada.

French manufacturer of custom, sustainable and modular lithium batteries

SPIDER is a European collaborative project that will develop and demonstrate advanced Li-ion battery technologies with significantly improved energy density, cycle life, safety and recyclability. SPIDER stands for Safe and PrelithiatedhIgh energy DEnsity batteries based on sulphur Rocksalt and silicon chemistries. It will bring knowledge-based improvements of Li-ion battery cost, performance, recyclability and safety to enable electric vehicles to rapidly gain marketshare and reduce CO2 emissions. SPIDER spans 2019-2022 and the partners will receive funding from the European Community’s Horizon 2020 Programme (H2020/2014-2020) under Grant Agreement n° 814389.

In June 2019, a group of 9 passionate energy engineers decided to revolutionize the EU Li-ion battery value chain and Project ReCell was born. Having strong support from both academia and industry we aim to develop a sustainable strategy for end-of-life Li-ion batteries from electric vehicles.

TESLA BATTERIES manufactures and supplies batteries for everyday use in portable appliances. They are indispensable in the household, in administration, in electrical engineering devices and medical equipment. We primarily manufacture lithium, alkaline and zinc-carbon batteries and long-life rechargeable NiMH accumulators. We offer most of the types in several designs, which correspond to the individual product series, e.g., in rechargeable design or as special long-life batteries.

Yok Energy is a leading global provider of lithium battery solutions to the professional electronics market. We work with our clients to meet their portable or back up power needs for consumer, industrial and medical devices by offering existing and customized solutions from a range of lithium technologies at competitive cost.

We provide industrial solutions like guaranteed fitment for all brands. Our high-performance batteries are made for industrial trucks and other electric-operated equipment applications like Zamboni's, Airport tugs, forklifts, and even Bendi forklifts.

Dimien is revolutionizing the battery industry with its innovative vanadium-based cathode materials, known as ZVO. These materials stand out for their exceptional blend of energy efficiency and safety. Committed to responsible sourcing and American manufacturing, Dimien is at the forefront of enhancing domestic battery security with a focus on scalability and sustainability.

Amionx is a leader in safe battery technology with headquarters in Vista, CA. Amionx’s patented and proprietary SafeCore technology prevents batteries from being the source of explosion or fire. This technology is transforming the current use of lithium-ion batteries and opening new market opportunities where lithium batteries would have been excluded primarily due to safety concerns. The business model for SafeCore is technology transfer through licensing of our more than 30 patents.

Commercial EV Bus & Truck Fleet Optimization. Popion Mobility is pioneering a new way to 100% zero-emission commercial transportation without the compromise of commercial electric vehicles. Popion's battery exchange energy platform (BEEP) technology with standardized battery packs and swapping stations work with all electric heavy-duty vehicles and equipment. The result is a universal and completely scalable EV fleet remedy that removes range anxiety and recharging limitations while greatly reducing Total Cost of Operation (TCO) and increasing profitability. 0% Emissions. 0% Compromise. 100% Popion Mobility.

We are Nanoloy, a disruptive battery manufacturing technology company. We utilize our proprietary plasma printer for the production of battery electrodes and graphene-armoured current collectors. We are collaborating with joint development partners to bring about a paradigm shift in battery production, aiming to mass-produce cheaper, better, and safer batteries. Our current joint development partners include Rio Tinto, Aachen University in Germany (PEM Motion GMBH), the Indian Institute of Sciences (IISC), and other industrial companies. For more information please visit our website.

LionVolt is an innovative battery scale-up company focused on developing 3D Lithium Metal Anodes on a 3D anode sub structure which can be applied in next generation lithium-ion, sodium-ion and solid-state battery cells to significantly boost existing cell energy density. The company was founded in 2020 (as a spin-out from TNO) and builds on a decade of R&D work with roots in 2014. In 2024, LionVolt demonstrated the potential of 3D electrodes and developed its first structured battery cells and opens it’s pilot line in March 2025.

The Electrification Hub leverages the convergence of disruptive UofT innovation centres and researchers in synergistic university-industry collaborations. Together we accelerate the transition to a low carbon society. #UofT_EHub

SEABAT is developing a modular full electric maritime hybrid battery concept to substantially reduce the costs of large waterborne battery systems for over 1MWh. The project has started on January 1st 2021 and will run for 4 years. The project is funded by the European Commission in the Research and Innovation Action. 15 partners from 8 countries are involved: Belgium, France, Germany, Italy, Netherlands, Norway, Spain and Turkey.

The Advanced Leadership for Social Impact Fellowship prepares experienced leaders with the skills, knowledge, and networks needed to meaningfully tackle the root causes and drivers of social issues or problems. By focusing on enhancing the skills and perspectives of leaders to tackle complex issues, Queen’s University can help solve the world’s most significant and urgent challenges.

aentron GmbH is a leading provider of lithium-ion batteries. The high-quality lithium-ion batteries are developed and produced in Germany. They are true all-rounders and are used for both industrial and private applications. Areas of application include ON / OFF Grid (from home storage systems and industrial UPSs to mobile solar generators), e-mobility (refrigerated transport, etc.), e-industry (eg driverless transport systems) and e-maritime (from passenger ships to private electric motorboats) ). The systems are designed to withstand the most demanding conditions, both on land and sea.

TalosTech is a startup company to drive innovation and commercialization of advanced battery materials, battery architectures and manufacturing technology. We are conducting battery innovations sponsored by DOE, NASA, and DOD (DARPA, ARMY, AIR FORCE, MDA).

American Energy Technologies Co. of Wheeling, IL (AETC) is a small business concern located in the greater Chicago area operating since 2009. AETC is supplying the battery community with internally developed and manufactured products including: specialty Lithium primary batteries; a line of thermally and electrically conductive graphite dispersions and paints; a line of spherical graphite for anodes in lithium-ion batteries, and a variety of battery parts for the R&D equipment market. The company is actively engaged with industrial R&D consulting and process development, serving more than forty domestic and international customers. AETC is presently building a large-scale battery materials manufacturing facility in the greater Chicago area (production of battery carbons and graphites for batteries). The company currently has 19 employees, three contractors, and maintains a number of cooperative technology development agreements with leading universities and national laboratories in the United States and abroad. Mission statement: American Energy Technologies Co. is a U.S., privately held, manufacturing company. We create value through innovation in the areas of sustainable energy and industrial graphite and carbon by operating on a technological juncture of new materials development, electrochemistry, organic and inorganic chemistry, nano-materials, and engineering. We efficiently take our developments to the marketplace using advanced niche marketing, aided by our commitment to superior product quality, consistency, and sustainability. Building on our own expertise, along with that of strategic partnerships, we strive to deliver cutting-edge products; build customer-partner relationships; and foster the professional development of our employees – the most valuable intangible assets we have.

Battery Consulting Partners (BCP) is a battery-focused technical consulting and advisory firm that specialises in the battery value chain: from raw materials to active materials, cells to battery module/pack manufacturing, and recycling to circular technologies. BCP offers technical and business consulting services based on the following pillars: Technical/Business consulting: Technology licencing; Building strategic partnerships and joint ventures; Business development support; Due diligence services; Battery equipment & talent acquisition support. Battery Cell Design, Testing, and Validation:  Based on BCP’s partner network, we are empowering our clients to design and develop prototype batteries that meet specific customer performance requirements. These include benchmarking, prototyping in different formats; testing, new cell formulation and development work, and scale-up advisory to efficient mass manufacturing. Sustainable supply chain management:  BCP assists clients in optimising their battery supply chains to improve efficiency, reduce costs, and ensure reliable supply to customers. This includes the sourcing of raw materials and components according to best practises' in cell manufacturing. We support battery recycling and implementing circular economy strategies. We are a global team of battery professionals with hands-on cumulative experience of more than 100 years! We are actively exploring for new partners and expanding into other strategic regions! Along with hands-on experience in the battery space, BCP has deep network connections to the world's leading battery players, including equipment manufacturers, material and component producers, upcoming giga-factories, and automotive OEMs. If you have any project in mind and are looking for best-in-class support, please reach out us!.

Ecellix's breakthrough eCell™ high Silicon-content anode technology is a proud winner of the prestigious Global Innovation Award. eCell™ is one of the first viable “drop-in” replacements for graphite delivering >3x the capacity of a typical graphite anode - exceptional retention exceeding current industry standards by hundreds - potentially thousands of cycles featuring a single-step fabrication process supporting tunable pore sizes enabling configurable energy density and power. Ecellix offers a majority silicon active material without the production challenges that attend other published high-Si materials. Instead of separate silicon synthesis and carbon coating steps, the eCell™ high Silicon-content anode is fabricated in a one-step process, reducing lab-scale unit costs by up to 50% and offering superior scalability at lower unit costs and shorter production times. Developed in partnership with Washington State University Research and Pacific Northwest National Laboratory (PNNL)