Batteryline.com’s Post

Nowadays, #batteries and #EnergyStorage are becoming an increasingly fundamental and strategic sector in the industry: electric vehicles, or #EVs, are among the reasons driving the rising demand of batteries and the raw materials necessary for their construction. 🔋 📈 In the #EU, as we transition to a cleaner energy than that derived from fossil fuels, the rising demand is pushing to improve the efficiency of the production lines, as well as differentiation among batteries. ⚡ Read the BATMACHINE article from our Project Coordinator Vrije Universiteit Brussel and learn more on European battery manufacturing! 👀 👇 https://lnkd.in/dCv3zvcU #energy #PowerUp #PowerGrid #sustainable

TRUCK NEWS - Game changing hydrogen cleantech reduces the worst carbon emissions by 91% An independent 18-month trial* of Advanced Hydrogen Technologies Group (AHT's) carbon capture device has reported significantly lower emissions from a fleet of Abels Moving Services’ diesel lorry exhausts. During the in-depth study involving Abels’ HGVs, control vehicles averaged a particulate number count of 116,300 cm³ while identical trucks fitted with AHT’s carbon capture device peaked at just 10,030 cm³ – a reduction of 91.4 % and more than 10 times less! Mark Costa-Rising, Chief Commercial Officer at Abels Moving Services’ parent company, AGM Group: said: “We’re delighted with the results and utilising this technology on our vehicles going forward will give us real partnership leverage when it comes to proving ESG compliance and reduction of our carbon output. With the Corporate Sustainability Reporting Directive set to become even more stringent from January 2024, it will also give us tangible benefits in our social, environmental and financial reporting and put us at the forefront of sustainability performance.” From December 2023 - https://lnkd.in/dP3d6N6n Abels Moving Services Volvo Trucks DAF Trucks UK MAN Truck & Bus UK Scania UK Mercedes-Benz Trucks UK

In a world that is stimulated by sustainability alternatives and has its focus on enhancing renewable resources, Japan has surprised the world with innovative inventions that not only does it outclasse hydrogen, but electric vehicles as well. Japan’s engine perceived to be fuel-less gives the impression that it is 1000 times more powerful than Electrical vehicles. This revolutionary fuel-less engine innovation eradicates the need to utilise traditional fuels. This unique invention goes beyond hydrogen and EVs. Hydrogen-powered vehicles, although highly recommended, still face challenges such as limited infrastructure, high costs when it comes to production and energy deficiency. EVs face environmental and resource constraints. On the other hand, this new engine surpasses all these limitations by utilising technologies, and materials advanced in a way that promotes power generation through quantum-based processes. What is even more appealing about this engine is that it does not need refuelling or recharging. Mazda’s research team confirms that the engine can produce energy 1000 times more. An example of Mazda’s fuel-less engine is the rotatory engine. It is an engine with a distinctive design, the rotary engine produces power by spinning a triangular rotor. What this means is that the company intends to charge the onboard batteries of future hybrid powertrains using rotary engines as generators. Mazda is taking responsibility to ensure it replaces the traditional fuel with a fuel-less engine that promotes sustainable energy. The automotive industry could be altered with this new fuel-less engine. This of course will have its fair share on the global market businesses and if adopted widely, fuel-less engines have the potential to reduce dependency on oil and lithium, and perhaps replace them too. The production costs of this type of engine are less, therefore, if it is to be adopted worldwide there is a higher chance that vehicles will become more affordable over time. https://lnkd.in/gjgbiPq4

The Multifaceted Future of Sustainable Commercial Transportation: In a rapidly evolving transportation sector, MAHLE is positioning itself at the forefront of sustainable innovation, offering a diverse range of technologies to address the complex challenges of decarbonizing commercial vehicles. At a recent technology event in Stuttgart, MAHLE's Chairman and CEO, Arnd Franz, emphasized the importance of technological diversity in achieving rapid decarbonization in the global transportation and commercial vehicle sector. MAHLE's approach encompasses a broad spectrum of solutions, including components and systems expertise for battery electric drives, hydrogen engines, fuel cells, and the use of renewable fuels. This strategy aligns with industry forecasts suggesting that by 2035, purely electric trucks with batteries and fuel cell trucks will account for approximately 30% of global production, while internal combustion engines will continue to play a significant role. Key Technological Advancements: 1. The MAHLE SCT (Superior Continuous Torque) electric motor, designed for heavy-duty traffic in all-electric trucks and fuel cell applications. 2. A heavy-duty e-axle integrating two SCT electric motors with a total output of 520 kW. 3. An innovative evaporative cooling device for fuel cells, offering up to 50 kW more cooling capacity in a given installation space. 4. Involvement in major hydrogen engine projects and development of fuel cell vehicles. MAHLE's commitment to technological diversity is evident in its participation in all current electrified truck launches and its supply of components to over 120 international commercial vehicle brands in both on- and off-highway sectors. Industry Implications: 1. Infrastructure Development: The need for expanded charging and refueling facilities to support zero-emission vehicles. 2. Economic Viability: The importance of creating a framework that makes investing in emission-free vehicles economically sensible for users. 3. Policy Support: The call for legislators to promote renewable energy sources through market-based instruments rather than prescriptive technological regulations. 4. Alternative Fuels: The potential of synthetic and biofuels to contribute to carbon emission reduction in the transportation sector. As the commercial vehicle segment accounts for about one-fifth of MAHLE's original equipment business, with expectations of strong growth particularly in China, the company's diverse technological approach positions it well to capitalize on emerging market trends. Industry professionals are encouraged to engage in discussions about the most effective pathways to decarbonize the commercial transportation sector. Share your thoughts on the balance between technological innovation, infrastructure development, and policy support needed to drive this transition. #Hydrogen #TheHydrogenNetwork #THN #SustainableTransport #CleanEnergy #ElectricVehicles #FuelCells #CommercialVehicles

Ensuring A Sustainable Future: The Critical Role of Materials In Electric Vehicle Battery Production – Report The International Renewable Energy Agency (IRENA) report on critical materials for electric vehicle (EV) batteries highlights the growing importance of securing raw materials to support the global transition towards electric mobility. As electric vehicles (EVs) continue to gain traction as a key solution in reducing carbon emissions, demand for the batteries that power them is set to soar. The number of EVs on the road is expected to increase from 44 million in 2023 to 359 million by 2030. This drastic rise in EV production will require a significant expansion in battery production, and with it, an increase in the […] - https://lnkd.in/dmcYgAGx #automotive #evs #ev #electricmobility #emobility #ebikes #fleets #evfleet #evnews #autonews #electricvehicles #electricvehicle #automotiveindustry #automotivejobs #cleantech #cleanenergy #hydrogen #lithium #evbattery #sustainability #climatechange #battery #electricvehicles #irena #lithiumbattery #report

As the world transitions to renewable energy, the automobile industry is exploring innovative technologies to support green energy. Photovoltaic technology is gaining significant attention, with Aptera Motors leading the charge. Their new photovoltaic vehicle runs on a hybrid system of solar and electricity, eliminating fossil fuels entirely. The car can travel up to 40 miles daily on solar power alone and up to 1,000 miles on a single electric charge. Priced at $35,000, it is more affordable than current hybrid and electric cars, making it a major milestone in alternative technology. Aptera Motors is crowd-funding to build a mass-production facility in Carlsbad, having raised $33 million through their Accelerator Program and over $100 million from crowd-funding. This innovation could pave the way for a new era of sustainable transportation, resonating with environmentally-conscious consumers and challenging the dominance of internal combustion engines.

Koehler Renewable Energy: Paving the Way to a Sustainable Future at drupa 2024 🌍🔋 At drupa 2024, everything focuses on sustainability, the circular economy and energy efficiency. In line with these key themes, Koehler Renewable Energy is present at the world's leading trade fair for the printing industry to discuss the potential of sustainably produced energy with international professionals. Cornelius Schulthess, Corporate Director of Energy Supply Management at Koehler Renewable Energy, emphasizes, "Energy is one of the most critical levers for business success today. Companies have several options to improve their CO2 footprint, ranging from energy efficiency projects to self-generation of renewable energy and associated PPAs. By becoming independent of wholesale market prices, competitive advantages can be achieved." Given the exorbitantly increased energy costs and the growing demands of customers for CO2-neutral production, it is essential for energy-intensive companies to focus intensively on renewable energy for self-supply. This is also true for the print and packaging industry, which increasingly has to address these challenges. Koehler Renewable Energy supports companies in optimizing their energy procurement and marketing. We offer a comprehensive concept that ranges from project development and construction of renewable energy plants (heat, steam, electricity) to operation and integration into the procurement portfolio. Our energy system solutions help companies improve their CO2 balance and achieve competitive advantages through independence from wholesale prices. If you would like to learn more about how we can support you in implementing energy system solutions, please visit us at the Koehler Group booth, Hall 4 / A20. drupa – no. 1 for printing technologies #drupa2024 #sustainability #renewableenergy #decarbonization #ppa #circulareconomy #resourceefficiency #co2neutrality #koehlerrenewableenergy

Driving Sustainability Forward: Toyota's Remarkable Hydrogen Endeavours 🌿🚗 Bolstering its commitment to a greener future, Toyota makes quantum leaps in renewable energy through innovative strides in California. The company's R&D office transforms into the North America Hydrogen Headquarters (H2HQ), a beacon of progress focusing on hydrogen-related technology and product localisation. Moreover, the Tri-gen system at the Port of Long Beach stands tall as a testament to Toyota's ingenuity - generating clean electricity, hydrogen, and water from biogas. Imagine a site where Toyota's groundbreaking research has led to the creation of a system that not only provides renewable energy but does so by addressing critical environmental concerns. The Tri-gen system impeccably serves Toyota Logistics Services, ultimately reducing carbon dioxide emissions and relieving pressure on natural resources. This is no small feat, given the facility processes around 200,000 new vehicles annually. Toyota's transformative efforts aren't confined to tech alone. They've begun construction of a flexible microgrid, integrating solar panels, fuel cells, and battery storage, aiming for full functionality by 2026. The fruits? A self-sustaining campus that paves the way for a future off-grid. The real-world impacts are tangible - de-carbonizing operations and delivering zero-emission transportation solutions. Tri-gen's ripple effect extends beyond clean energy, cutting down water usage significantly and showcasing a revolutionary water byproduct reuse strategy at vehicle facilities. With CO2 emission reductions amounting to 9,000 tons annually, and NOx emissions and diesel consumption also heading for a plunge, Toyota's hydrogen-fuelled ambitions are truly reshaping environmental stewardship. As a market leader with over 450 U.S fuel cell technology patents, Toyota's 30-year expertise isn't simply theoretical; it has brought to life the Mirai, a light-duty hydrogen fuel cell vehicle that sees oxygen and hydrogen unite in a powerful duo for cleaner, sustainable propulsion. Hydrogen is not merely a buzzword at Toyota; it's a critical pillar in their quest to redefine eco-conscious transport and energy production. 🔗 Ready to embrace the wave of hydrogen power? What do you believe the future holds for sustainable energy and transportation? Share your thoughts below. #ToyotaInnovation #HydrogenFuture #SustainableEnergy"

📣 Pleased to share that Siemens Energy in partnership with Net Zero Technology Centre have once again proven methanol as a viable alternative fuel by successfully operating the SGT-A35 gas turbine on methanol at RWG (Repair & Overhauls) test facility in Aberdeen. ⏫ The demonstration builds on last year’s world’s first bio-methanol demonstration on an SGT-A20 and scaled the technology to the larger SGT-A35 gas turbine. 🌱  The use of methanol could play a key role in reducing emissions in power generation. Methanol can be made from various feedstocks where renewable methanol can cut CO2 emissions by up to 95%. Methanol, in all its forms, reduces other emissions including NOx, PM, SO2 and smoke. The demonstration test showed a decrease in NOx of up to 80%. Not to mention the ease of transportation and distribution of methanol due to the existing global supply chain making it well positioned to be a part of the future fuel mix. 🤝  This demonstration was built on collaboration and partnership to advance technology developments for sustainable energy. I was proud to be a part of this project and big thanks and congratulations to all the team involved! Dr.-Ing. Benjamin Witzel, Ghenadie Bulat, Richard Jaros, Karamveer Singh Kumar, Vanessa Bauch, Frida Björneld ♦️, Darren Davidson Net Zero Technology Centre, RWG (Repair & Overhauls), Proman https://lnkd.in/eT9H495z

Explore how I-Sense #Predictive #Maintenance advances green hydrogen and ammonia production! I-Sense uses cutting-edge sensors and AI to boost operational efficiency and reliability, which is crucial for our sustainability targets. Discover how this technology is shaping the future of renewable energy. 👉 Read the full blog post here: https://lnkd.in/dsPDtaHi #GreenHydrogen #GreenAmmonia #RenewableEnergy #PredictiveMaintenance #Sustainability