Search

The article discusses the pros and cons of modular Li-ion battery designs, highlighting their advantages in thermal runaway containment, serviceability, recyclability, and scalability. Modular designs allow for easier maintenance, recycling, and customization of battery packs, making them ideal for various applications. However, they may come with increased costs and mass compared to other designs, which can limit customizability and introduce complexity into the battery management system. The use of silicones in battery design is also explored as a solution to reduce weight and enhance safety features. [Extracted from the article]

The automotive industry is facing a significant increase in vehicle recalls, with over 21 million issued in 2024, highlighting challenges in maintaining quality control amidst complex vehicle technologies. To address these challenges, international safety standards like ISO 26262 have been established to ensure the functional safety of electrical and electronic systems in road vehicles. ISO 26262 defines rigorous development and verification practices, including Automotive Safety Integrity Levels (ASIL) that categorize risk levels and guide safety measures for different components. Formal verification methods, such as the SPARK language and tool suite, offer a systematic approach to ensuring software reliability and compliance with safety standards, crucial in an industry where software complexity is growing. [Extracted from the article]

The article discusses the challenges facing battery electric vehicles (BEVs), such as range anxiety, thermal management, and environmental impact. It highlights the importance of innovative battery design to address issues like energy density, fast charging, safety, cost-effectiveness, and longevity. Elkem Silicones offers silicone solutions to improve BEV battery design, addressing thermal runaway protection, vibration absorption, and environmental sustainability. By utilizing advanced materials like silicones, the BEV auto sector can enhance safety and efficiency in battery technology. [Extracted from the article]

The article discusses the critical role of cooling tubes in enhancing fire safety in electric vehicles (EVs) due to the risks associated with thermal runaway in lithium-ion batteries. As the global EV market grows, the need for robust safety measures and innovative materials to manage battery temperature becomes increasingly important. Advanced cooling tubes made with new materials are being integrated into modern thermal management systems to protect battery cells and optimize performance. Mitsubishi Chemical Group is at the forefront of developing materials like polyamides and TEFABLOC™ TPEs to improve fire safety and performance in EV battery cooling systems. [Extracted from the article]

The article discusses Huawei's top 10 construction principles for intelligent computing center facilities, focusing on sustainability, reliability, and flexibility. Data centers are experiencing significant growth due to the demands of AI model training and deployment, leading to increased energy consumption. Huawei's guidelines include isolated energy storage, distributed architecture, continuous cooling, and high-density efficiency. The company's FusionPower9000 solution aligns with these principles, offering a reliable and adaptable power supply solution for large data centers. [Extracted from the article]

The article informs about shredding and sorting material for recycling into new fibers can be both costly and difficult. Topics include collecting the waste is problematic and recycling can be termed non-environmentally friendly; and mechanical recycling has been the mainstay of post-consumer recycled (PCR) materials.

The article discusses the importance of ecodesign in the consumer electronics industry to address the environmental impact of electronic products. It highlights the need to reduce carbon emissions and tackle electronic waste, which contains toxic substances and contributes to resource depletion. The article emphasizes the role of technological innovation, such as digital twins and artificial intelligence, in promoting sustainable design practices. It also mentions Siemens' new Sustainability Impact Analysis tool, which provides designers with sustainability metrics and suggestions for sustainable materials. The article concludes by stating that industries, including electronics, will face pressure to lower the carbon footprint of their products and that leaders will be those who equip their designers with ecodesign tools and data. [Extracted from the article]

The article focuses on social entrepreneurship that addresses environmental and social issues through effective business practices. Topics include the Ethical Apparel Index (EAI), a tool used by manufacturers and consumers to understand how fairly a company treats its workers; views of professor Rob Handfield on the consumer preference towards socially responsible products; and sustainability practices leading to better health and wellness.

This article discusses the challenges of reducing downtime in graphite milling, which is crucial for efficient production in the growing graphite industry. The dependence on China for graphite supply poses a risk of supply chain disruption and delays in equipment procurement and maintenance. Worker safety is also a concern due to the health risks associated with graphite dust. Frewitt, a Swiss manufacturer, offers turnkey solutions and reliable equipment, such as the PowerMill PMV-320, which provides high performance and fine milling efficiency while ensuring operator safety. By implementing proper containment measures and using reliable equipment, downtime can be minimized in graphite milling operations. [Extracted from the article]

The article discusses the challenges and safety issues associated with graphite milling in battery manufacturing. Graphite is a crucial component in lithium-ion batteries, but milling it to nano-size for use in batteries is complex. The article highlights the safety risks involved in handling and processing graphite, such as noise levels, high temperatures, dust particles, and the risk of fire. It emphasizes the importance of robust containment, ventilation, fire detection, and prevention systems to mitigate these hazards. The article also introduces Frewitt, a company that offers innovative milling solutions, including the PowerMill PMV-320, which combines containment and micronization to improve safety for operators. [Extracted from the article]