➀ Blockchain technology is reshaping EV data handling and connectivity; ➁ It provides an immutable record for automotive parts, reducing the risk of counterfeits and streamlining vehicle registration; ➂ Blockchain applications include digital battery passports, carbon credit systems, and secure payment infrastructures for EV charging.

➀ The Fraunhofer ICT in Pfinztal researches renewable energy power generation. The campus is powered by wind turbines and photovoltaic systems. After six years, the institute presents a positive balance and outlines future expansion plans. ➁ A 2-MW wind turbine and a 6 MWh redox-flow battery have been in operation since mid-2018. A 690 kWp photovoltaic system was added in summer 2023. ➂ The combination of wind, solar energy, and large-scale batteries provides insights for micro-grid design and operation. The research aims to reduce costs and ensure technical safety and resilience for a cost-effective and secure energy transition.

➀ Christophe Fouquet, ASML's president and CEO, discusses the company's commitment to sustainability and the importance of chip production in Asia despite Western efforts to build up production in their own countries. ➁ Fouquet emphasizes the need for Europe and the U.S. to address 'costs and flexibility' to have a global impact. ➂ The article highlights ASML's role in the chip industry and its recent expansion into Europe with Taiwan Semiconductor Manufacturing Co.'s new plant.

➀ The UKRI has allocated £25m for sustainable electronics design and manufacturing through its Accelerating the Green Economy programme. ➁ Glasgow University will lead a four-year project in collaboration with other institutions to tackle sustainability challenges in the electronics industry. ➂ The focus will be on reducing electronic waste, minimising reliance on critical raw materials, and reducing carbon footprints.

➀ The Duke of Edinburgh visited the New Model Institute for Technology and Engineering (NMITE) on its Skylon Campus in Herefordshire. ➁ The campus will house the Centre for Automated Manufacture, the Centre for Future Skills, and the Centre for Advanced Timber Technology. ➃ NMITE aims to provide new educational opportunities, contribute to regional economic growth, and serve as a catalyst for positive change in the region.

➀ The Helmholtz-Zentrum Berlin's (HZB) real laboratory has reached the milestone of 100 megawatt-hours of solar power generation from its photovoltaic facade. ➁ This amount of electricity is equivalent to providing clean energy to a four-person household in Germany for 30 years. ➂ The HZB is using this research to study the performance and environmental impact of solar facades.

➀ Blockchain technology is revolutionizing the automotive industry by addressing challenges such as traceability, secure data management, and payment systems in electric vehicles (EVs).; ➁ Blockchain's decentralized and distributed ledger ensures the authenticity of automotive parts and reduces the risk of counterfeits.; ➂ The technology facilitates transparent and efficient vehicle financing and leasing through secure smart contracts.

➀ The HSBI participates in the Solar Racing Cup, a student competition organized by Energie Impuls OWL and VDI. The event focuses on sustainability and innovation.➁ Students build and race solar-powered cars, learning about renewable energy and technology.➂ The HSBI provides a platform for students to showcase their creativity and technical skills.

➀ The Green ICT Connect event, organized by FMD, focuses on sustainable information and communication technology. It brings together industry, science, and politics for discussions and networking.➁ The event includes the second Green ICT Awards ceremony and an exclusive breakfast for female scientists.➂ The FMD promotes sustainability in microelectronics and encourages women in the field through various initiatives and events.

➀ EMR has opened its first UK-based EV battery recycling centre in Birmingham; ➁ The facility will handle over 2,000 tonnes of batteries per year, focusing on reuse, repair, or recycling; ➂ The project is part of a larger initiative to create a circular supply chain for EV batteries and support the UK's transition to net zero.

➀ Evonik is working on large-scale electrolysis for the green transformation of the chemical industry; ➁ The process aims to improve access to important raw materials and simplify processes; ➂ Electrolysis can separate and recover valuable raw materials from salts produced in many chemical processes, leading to reduced resource consumption and lower CO2 emissions.

➀ The article discusses the role of Industry 4.0 in addressing climate change challenges through sustainable solutions. ➁ It emphasizes the importance of interoperable digital ecosystems for enhancing the resilience of the value chain and technological sovereignty. ➂ The author highlights the need for lifelong learning and the role of augmented and virtual reality in the future of work and production processes.

➀ Researchers from Fraunhofer Institute and partners are developing lighter battery enclosures for EVs, aiming to reduce carbon emissions by 15%. ➁ The project involves integrating multiple functions into smaller spaces and using new materials like bio-based flame retardant coatings. ➂ The goal is to enhance energy efficiency and reduce the environmental impact of EV battery production.

➀ Dr. Franziska Tanneberger and Thomas Speidel receive the German Environmental Prize from the Deutsche Bundesstiftung Umwelt (DBU) for their contributions to environmental protection and climate protection. ➁ Tanneberger is recognized for her work in peatland research and revitalization, promoting sustainable peatland use and biodiversity. ➂ Speidel is honored for his innovative battery-buffered high-performance systems that enable rapid electric vehicle charging, contributing to the expansion of e-mobility infrastructure and reducing CO2 emissions.

➀ The EU-funded HiQ-LCA project aims to educate professionals on LCA methodology. ➁ A one-day hybrid LCA training in Bordeaux attracted 55 international participants, with 63% being women. ➂ The training covered a wide range of LCA topics and received positive feedback, with plans to expand future offerings.

1. The Bergische University Wuppertal is launching a new Bachelor's program in Smart and Sustainable Systems starting from the winter semester 2024/2025. 2. The program aims to equip students with knowledge in areas such as information and communication technology, digital technology, machine learning, artificial intelligence, and renewable energy. 3. Graduates will be prepared for careers in electrical engineering, automotive industry, energy supply, automation, information and communication technology, and other sectors.

1. The Technical University of Deggendorf (THD) and partners have unveiled the first prototypes of megawatt charging technology for battery-electric trucks, allowing for rapid charging during legal rest periods. 2. Over 70% of goods in Germany are transported by road, primarily using diesel vehicles, contributing significantly to CO2 emissions. 3. The development of innovative charging solutions is crucial for reducing the need for extensive electrical grid expansion and for transitioning to renewable heavy-duty transport.

1. Mobec introduces advanced EV charging solutions focusing on mobility and sustainability; 2. Offers tailored charging options for various settings like residential, office, and roadside assistance; 3. Features portable charging units that enhance flexibility and address range anxiety; 4. Emphasizes green transportation methods and plans for increased recycling and sustainable practices.

1. Entegris has released its 2023 Corporate Social Responsibility (CSR) report, showcasing advancements in innovation and sustainability. 2. The report marks the fourth CSR report issued by Entegris, highlighting progress towards its 2030 goals. 3. Entegris, a leading supplier in the semiconductor and high-technology industries, continues to focus on advancing materials and process solutions.

1. Researchers have developed a new semiconductor alloy made of silicon, germanium, and tin for on-chip energy harvesting. 2. This material can convert waste heat from computer processors back into electricity and is compatible with CMOS chip production processes. 3. The research, published in ACS Applied Energy Materials, highlights the potential for more sustainable and efficient IT devices by reducing the need for external cooling and power.