Benefits of our workshops
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Bridging theory and practice
While academic courses mostly focus on theoretical concepts, our workshops emphasize real-world applications as well as requirements and problems of electrolyte and cell manufacturers. In the workshop, we address common electrochemical and analytical techniques with their data interpretation to understand the performance and compatibility of the electrochemical components or systems using tailor-made electrolyte solutions.
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Experience next-level techniques
Our workshop participants gain practical skills in formulating electrolytes, performing analytical methods, building laboratory test cells, conducting electrochemical testing methods as well as understanding the compatibility of electrolytes with their components/systems — skills that are relevant for research and industry.
Further, you will understand how cell manufacturere for dedicated applications such as electric vehicles, drones or energy storage systems are testing cells and developing products.
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Shaping the future of battery technology
Our workshops provide valuable insights into the latest technology and market trends in energy storage technologies, covering next-generation battery chemistries and innovative electrolyte solutions. With deep expertise in addressing the challenges of cell manufacturers and strong understanding of latest developments from material suppliers, we support our customers in entering the market and bringing cutting-edge energy storage solutions to life.
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Economic relevance
At E-Lyte, we understand the challenges faced by cell manufacturers, the market,
the cost position and are well-versed in the latest innovations from material suppliers. In addition, we support our customers in successfully bringing their products to market.
Key advantages of our workshop philosophy
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1. Transferring technical competence
Battery cells and electrolytes are complex chemical systems We will give you a broad understanding of the electrolyte itself and the electrochemical reactions occurring in the battery cell. After the workshop, you will expertise in essential electrochemical techniques and understand the fundamentals of electrolytes in various energy storage systems. You will be able to speak the language of batteries.
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2. Expertise for benchmark solutions
Gain valuable insights into the latest regulations, market trends, advancements and innovations in energy storage, whether from academia or energy-related industries. This will enable the initiation of a customized study tailored to specific needs, ultimately determining whether a material is suitable for use in battery cells.
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3. Post-workshop support
Gain access to workshop materials for future reference, with the option for follow-up Q&A via email for a specified period, upon request. Additionally, receive support in designing development projects tailored to your needs.
Example of how our workshop works
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Duration
Approx. 5 hours, including theory, hands-on practice, Q&A session and guided tour through our E-Lyte laboratories or manufacturing site
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No. of attendees
We can host a maximum of 20 participants. If more people are needed, please let us now! There is always a solution!
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Included
Preparation of the workshop; Lunch and refreshments; PDF copy of all seminar presentations;
1h follow-up Q&A call
Customize our workshops to your needs
Use our suggested modules to put together the right workshop for your problem. We can also address individual topics and supplement them.
Key topics
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- Introduction to key electrolyte components: salts, solvents, additives
- Introduction to electrolyte chemistry
- Selection of electrolyte components for performance and safety optimization
- Current trends and advancements in electrolyte components
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- Working principle of Li-ion cells
- Application fields, requirements, the market and cell chemistries
- Role of electrolytes in LIBs
- Electrolyte components and selection criteria for performance optimization
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- Working principle of a NIB
- Application fields, requirements, the market and cell chemistries
- Role of electrolytes in NIBs
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- Working principle of supercapacitors/ Li-ion capacitors
- Application fields, requirements, the market and cell chemistries
- Role of electrolytes in EDLCs and LICs
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- Introduction to lithium-sulfur (Li-S) batteries
- Introduction to lithium-air (Li-O2) batteries
- Introduction to multivalent batteries (Mg-ion, Zn-ion, Al-ion, K-ion)
- Introduction to all solid state batteries
- Introduction to flow batteries (Iron-air batteries)
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- Aspects of electrolyte stability under different operation conditions
- Common electrolyte degradation mechanisms
- Thermal runaway and electrolyte decomposition mechanisms
- Electrolyte impact on battery lifespan and degradation
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- Battery degradation mechanisms (SEI formation, Li plating, dendrite growth, High voltage, elevated temperatures)
- Problems associated with battery aging (Capacity fading, impedance rise)
- Thermal runaway and safety risks (overcharging, short circuit, mechanical abuse)
- Thermal management strategies to prevent overheating in batteries
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- Recycling and sustainability in electrolyte production
- Low flammability and low toxicity electrolyte alternatives
- Opportunities and challenges of solid-state and hybrid electrolytes
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- Material-electrolyte compatibitility in static storage under liquid/gas phase (focus on different polymers and alloys)
- Material-electrolyte compatibility under electrochemical cycling condition (focus on different polymers and alloys)
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- Introduction to quality assurance in electrolyte production and testing: Industrial standards and regulatory compliance
- Electrolyte purity analysis and characterization techniques
- Compatibility testing with electrodes and separators
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- Abuse testing (overcharging, impact, puncture tests according to the standards)
- Compliance with safety regulations (UN and IEC standards)
- EHS for electrolyte handling and storage
- Electrolyte filling techniques and equipment
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- Overview of the global Li-ion battery market and electrolyte demand in volume and value
- Europe
- North America
- Role of alternative electrolyte solutions within the energy storage market
- Understanding the battery value chain
- Navigating the regulatory landscape for battery technologies
- Overview of the global Li-ion battery market and electrolyte demand in volume and value
Visit us at one of our two locations
Manufacturing site Kaiserslautern
- Walkthrough of our advanced laboratories, highly automated pilot production line, and revolutionary largescale production facility, showcasing key workstations, analytical equipment and specialized machinery.
- Insights into our quality assurance and safety protocols to ensure high-performance electrolyte solutions.
- Demonstration of our efficient system for material handling and storage processes for optimized production efficiency.
- Opportunity to engage with our skilled technical workforce and ask industry-related questions.
R&D Center Münster
- Overview of our state-of-the-art chemical laboratories where new formulations and technologies are produced and tested.
- Demonstration of cutting-edge analytical techniques used for product development and quality assurance.
- Demonstration of our electrochemical testing capabilities in facility.
- Discussion on future trends in energy storage and sustainability initiatives.
- Formulating your own electrolyte, evaluating its quality and building your own battery cell.
