EVTEC GmbH

Since 2010, EVTEC has been building solutions for direct current fast charging with international partners. he experience in the network goes back to the beginnings of electromobility in the late 80s of the last century. Since 2014, CHAdeMO vehicle batteries have also been used as stationary or rolling storage systems for bidirectional energy exchange used. With the Honda e the first CCS2 vehicle came onto the market in 2018 and with sospeso&charge the first wallbox, which,
with approval in various European networks, has enabled bi-directional charging for many projects.

CARL International Research Center at the RWTH

CARL is an interdisciplinary research center at RWTH Aachen, offering a combined infrastructure of 5,000 m² for investigating the aging and lifetime of energy storage systems and power electronics. Over 100 staff members work on extensive testing and diagnostic systems to age and analyze thousands of battery cells simultaneously. We examine components in situ or post-disassembly down to the nanometer scale using advanced analytical techniques.

Xingtai Naknor Technology Co., Ltd.

Xingtai Naknor Technology Co., Ltd. was established in 2000 and successfully listed on the Beijing Stock Exchange in November 2023 with the stock code: 832522.

The company specializes in the research, development, production, and sales of High-Precision Battery Electrode Calendering equipment. It is dedicated to providing Battery Manufacturing enterprises with High-precision, Highly stable, and Easy-to-Operate Battery Electrode Calendering complete sets of equipment. Main customers include well-known battery manufacturers and application vendors such as CATL, BYD, HiTHIUM, CORNEX, EVE Energy, Envision AESC, Panasonic, and Hitachi. AESC, Panasonic, and Hitachi. The market coverage extends to more than 20 countries and regions including China, United States, Japan, South Korea, Spain, and Switzerland.

The company has been honored with numerous awards and titles, including National High-tech Enterprise, National Key Support Specialized and Innovative Small and Medium-sized Enterprise (SME), National May 1st Labor Medal, National Contract-abiding and Credit-keeping Enterprise, Hebei Province Manufacturing Single Champion Enterprise, Hebei Province Excellent Private Enterprise, Hebei Province Healthy Enterprise, and Hebei Province Harmonious Labor Relations Enterprise.

www.weiss-technik.com

weisstechnik is the first choice for engineers and researchers for innovative, safe environmental simulation facilities. In fast motion, our test systems can simulate all the influences in the world. In temperature, climate, corrosion, dust or combined stress tests. With a very high degree of reproducibility and precision. Experienced engineers and designers develop, plan and produce also high-quality, reliable heat technology systems for a broad range of applications from heating and drying cabinets to microwave systems and industrial furnaces.

Netzsch-Gerätebau GmbH

Trust NETZSCH Solutions for Battery materials – NETZSCH offers a broad portfolio of machines and equipment Accompanying the overall manufacturing process as well as Research and development of Li-ion batteries. The product portfolio includes for: dry and wet grinding, mixing and homogenization, Dispersion, Delamination, Separation, Deaeration, Classification Spheroidization, pumping, Thermal Analysis and Rheology.

Mahr GmbH

Mahr – empowering performance
Mahr has stood for the highest precision and innovative technologies for more than 160 years. The company is active worldwide in a wide range of industries, including the battery industry. Other business areas include production measurement technology, mixing and dosing technology and ball bearing guides.
Mahr and its affiliated companies bundle their technical capabilities for industry-compatible optical measurement solutions for the qualification of technical surfaces in the electrode, the cell assembly and the overall module.
Feel free to contact us about your measuring tasks!

Illumion Ltd.

illumion’s innovative charge photometry technology provides dynamic, operando insights into active particle state-of-charge and morphology. The technique was developed in the research groups of Prof. Dame Grey and Prof. Rao at the University of Cambridge, and illumion span out in 2022 to bring the optical microscopy-based technique to the wider battery material research community.

Produkt-Entwicklung Helterhoff GmbH

DEVELOPMENT: we invent, design and create products exclusively in 3D and find efficient solutions for your project.
PROTOTYPE CONSTRUCTION: we manufacture prototypes in-house and understand crafting in metal, plastics and composite materials.
SMALL SERIES: we create initial samples and release copies with our own tools and subsequent pre-series.
With us you have a reliable supplier for production, assem- bly, assembly and packaging –
you receive a complete package down to the last screw.

JEOL (Germany) GmbH

JEOL is the world’s largest supplier of electron-optical and analytical systems for research and development in the fields of materials science and life science.
JEOL’s high-end microscopes and measuring instruments are used in the battery environment to improve both the performance and quality of battery cells.
JEOL offers a wide range of measuring instruments for morphological observations, surface analyses, structural analyses and chemical analyses on a micro to nano scale for R & D and quality assurance.

BMBF Cluster | greenBattNutzung

Cross-sectional initiative Battery Life Cycle (greenBatt Utilisation)
greenBattNutzung is part of the umbrella concept of the Federal Ministry of Education and Research (BMBF) for battery research and consists of the competence clusters Recycling & Green Battery (greenBatt) and Battery Utilisation Concepts (BattNutzung). In both clusters, 55 institutes and research centres are working together on 29 research projects.
The task of BattNutzung is to develop, design and apply new concepts for the evaluation of battery systems. via a general understanding of the system.
The objectives of the battery utilisation cluster include
– Application-specific identification of special requirements for cell concepts
– Identification and quantification of factors influencing cell service life and cell safety
– Development of more efficient methods for estimating, predicting and monitoring cell service life and cell safety
greenBatt’s task is to develop, design and apply innovative technologies, methods and tools for an energy- and material-efficient battery life cycle and closed material and resource cycles.
Cluster goals of greenBatt include:
– Development and application of innovative recycling and resynthesis processes
– Increasing the quality and availability of data to develop multidisciplinary lifecycle models and tools
– Recommendations for design for recycling and end-of-use