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Hydrogen combustion engines: A viable solution for your commercial vehicle strategy?   The world is facing an urgent need to transition to clean and #sustainable energy sources, especially in the transport sector. While discussions often revolve around #battery electric and fuel cell vehicles, the potential of #hydrogen internal #combustion engines remains relatively unexplored.   Join us in exploring the future of hydrogen in the mobility landscape and the risks involved. Discover how this innovative technology could complement your powertrain strategy!   Get in touch with our colleagues, Benedikt Knülle or Daniel Lücke, to discuss the risks associated with the use of #hydrogen in the mobility sector

The U.S./NA Fleets have unique regional/national requirements to consider. Some find that BEV solutions work well for their operational needs, such as urban and regional delivery. But what technologies are required to meet their CO2 targets for Interurban, long haul, ...? FEV Consulting NA has developed technology-based TCO tools that provide clear answers for your specific usage requirements. 

Elevate your journey with cutting-edge technology! The Nikola hydrogen fuel cell electric vehicle blends power, performance, and reliability needed to transition to a zero-emissions future. Order yours: https://lnkd.in/gTaYHDeK #FollowNone

Garrett’s #FuelCell compressor technology is the result of decades of engineering innovation and experience combined with the company’s global footprint. You can read more about how Garrett’s hydrogen fuel cell technology is paving the way for #zeroemission vehicles from the below article. #FuelCell #GarrettMotion #zeroemission

Unveiling the Hydrogen Fuel Cell Truck: The Eco-Friendly Colossus of the Road (What You See): Hydrogen Tanks: The truck's fuel cells where hydrogen is stored, waiting to be transformed into energy. Power Control: Like a conductor in an orchestra, it directs the electric current produced by the fuel cell. Fuel Cell: The heart of the operation, where hydrogen and oxygen from the air have a chemical reaction to produce electricity. Electric Motor: This takes the electricity and uses it to turn the wheels and move the truck forward. Battery: Acts as a reserve, storing additional electrical energy for later use. Water Vapor: The truck's exhaust is simply water vapor, a byproduct of the clean energy process. What You Don’t See (But It's There): Separator: These components prepare the hydrogen by purifying and compressing it before it enters the fuel cell. Reactor: Where the hydrogen is processed, releasing it from its storage form and readying it for use in the fuel cell. Burner: Generates the heat necessary for the reactor to process the hydrogen. Turbocharger: Enhances engine efficiency, enabling the truck to do more with less energy. Engine: Some models have a traditional engine as a backup or for hybrid functionality. Motor/Generator: Drives the truck, and when braking, it acts as a generator to recharge the battery. Transmission: Transmits the mechanical power to the wheels, tailored for the seamless flow of energy in a hydrogen fuel cell system. As innovators and thought leaders, it's our role to explore and understand these technologies that pave the way to a greener future. With hydrogen fuel cell trucks, we're looking at a silent, powerful force that promises a clean, efficient future for long-haul transportation. What are your thoughts on the adoption of this technology in our supply chains? Join the conversation below. #GreenTechnology #HydrogenPower #FutureOfTransportation #Innovation #SupplyChainSustainability #Engineer

Hydrogen fuel cell technology is accelerating! Hydrogen fuel cells are becoming more efficient, more affordable and smaller by the year - making them more viable for use in vehicles of all types! https://lnkd.in/ekwijhqH

Lithium-ion batteries are commonly used in many areas with theirs advantages such as high voltage, slow self-discharge, and a long cycle life. The exceptional specific energy of the battery materials, in particular, positions them as highly promising options for powering electric vehicles (EVs). Read more our article below #chromaeu #lithiumbattery #electricvehicles

It looks like truck manufacturers are converting to both electric vehicle (EV) technology and hydrogen combustion engines to reduce emissions. EV is the future, and hydrogen is a great way to convert diesel to zero-emission fuel, but can truck manufacturers pursue both simultaneously? Read more: https://hubs.li/Q02y-PtK0

Battery energy storage is already shaking up the automotive industry. But developers are constantly looking for ways to increase energy density, decrease battery pack weight, and add range to their vehicles. It's not just car makers though. The aviation industry is watching progress on battery technology very closely indeed. Now sulphur (or sulfur in the US) has entered the fray to add a new dimension to that progress. https://lnkd.in/eFtUX9n7