Battery materials
Pioneer next-gen battery material solutions via continuous value stream. Accelerate innovation, scale production, boost recycling, cut costs, ensure quality, increase agility. Leverage digital to optimize production, drive sustainability, enable a circular ecosystem for a competitive edge.
From battery material innovations to plant efficiency
An integrated digital approach accelerates innovation cycles for cutting-edge battery materials, enhances production efficiency, improves recycling performance, and delivers end-to-end supply chain traceability. This enables increased recycling yields, reduced material scrap rates, and fast replication of battery material plants or recycling facilities globally.
Top 10 battery suppliers use Siemens Xcelerator
Through formula development, generative AI, simulation, and optimized execution, companies streamline production, enhance quality, compliance, innovation, resource efficiency, and insights for the battery lifecycle.
50% Design time
HCM uses Plant Simulation to cut design time by 50%, lower costs, and fast track reliable production from R&D to mass manufacturing. (HCM)
10% Reduction in batch production time
Using Siemens Opcenter, BASF streamlines production and fulfill end-to-end digitalization. (BASF)
15% Production efficiency
HCM optimized their production process by simulating automated manufacturing system to save labor for quality control and adjustments. (HCM)
Powering innovation with sustainable battery materials
Explore advanced battery materials including lithium, graphite and cathode technologies that power electric vehicles, energy storage and next-gen batteries. Learn how to develop, produce and recycle high-quality battery materials for a sustainable future.
First, you need to build a digital innovation approach from molecule to plant. Leveraging generative AI and molecular simulation accelerates material breakthroughs and streamlines production and enhances recipe development. Digitalizing formula development and automating recipes speed up material screening and scaling, while digital training addresses labor shortages. Digital Twins empower Battery Passports to unlock monetization opportunities.
Second, you must establish standardized, virtually optimized execution to boost efficiency, resource utilization and process optimization. Collaborative design, virtual commissioning and digital execution automate production with traceability and agility, which is essential for manufacturing and recycling battery-grade materials.
Last, you need to develop for stability, safety, and compliance throughout the battery material lifecycle. Digital integration supports safe, stable production, provides global visibility and optimizes carbon footprints, simplifying logistics and recycling assessments.
Our manufacturing modules for all working stations are used as a manufacturing database. This shortens the design time by at least 50 percent.
Explore the future of battery materials
Meeting evolving needs requires developing next-generation battery chemistries and overcoming engineering silos and lengthy testing cycles. Flexible production planning and agile strategies are needed to navigate emerging competitors and complex supply chains.
Smart solutions powered by advanced battery materials
Formulate battery design
Design formulated battery products with a modeling platform that empowers you to efficiently evaluate formulations, assess risk, and optimize formulation and manufacturing processes.
Manufacturing process planning
Reduce costs and risk in your battery factory while delivering more innovation in less time. Use assembly planning and validation solutions to implement new manufacturing methods and techniques.
Battery manufacturing execution
Develop battery materials with greater process flexibility and efficiency, integration of regulatory and quality requirements, and synchronized production processes for better supply chain management,
Battery plant design
Create process flow diagrams, piping and instrumentation diagrams, and process simulation while ensuring safety, compliance, and reliability.
Battery line automation
Create cutting edge battery lines with a holistic tool landscape that uses seamless interfaces between line engineering processes. Use digital twins with continuous feedback loops to boost efficiency.
Battery production optimization
Continuously improve processes, performance, and products while tracking reliability issues by using predictive maintenance simulation models based on analytics, AI and Machine Learning algorithms.
Performance engineering
Integrate system simulation, 3D CAE, and testing to predict critical performance early in the product lifecycle. Combine physics-based simulations with data analytics to optimize design for faster, more confident innovation.
Battery quality management system
Quality management system (QMS) software provides the procedures, processes, structure and resources that manufacturers in the battery industry need to comply with standards and industry guidelines.