Invented in the 1800s, fuel cells have only recently gained popularity due to increasing concerns about greenhouse gas emissions, air pollution and the finite supply of fossil fuels. Hydrogen fuel cells have made a name for themselves in the energy market, so why is the technology still so rare?
Fuel cells hold a lot of promise as both a green power source and an energy storage option. However, as they see rising adoption across a widening range of use cases, their unique concerns are becoming increasingly evident. Heat management is one of the most significant of these considerations.
Hydrogen has the potential to revolutionize the transportation sector. Amid the EV hype, discussions about riding buses, trains and planes seem to have fallen by the wayside, lost in a tidal wave of electric buzzwords — but current Li-ion batteries are far too heavy to power large vehicles. Hydrogen fuel is shaping up to be a viable option to decarbonize the planet.Â
Hydrogen fuel cells are widely known as a clean alternative to fossil fuel-powered road vehicles. However, their potential stretches beyond city streets and dry land. Fuel cells could help expand and improve marine research.
Hydrogen fuel cells are one of the most booming industries for sustainable energy creation, especially as companies advance offshore electrolyzers and push hydrogen to fuel Industry 4.0. Fuel cell leaks are among the significant fire risks with fuel cell vehicles (FCVs) and other machinery. Hydrogen leaks are undetectable with the naked eye, making these threats hard to identify without intention and even more challenging to contain.
Are fuel cell trucks more expensive to maintain than diesel or battery electric trucks? While fuel-cell electric trucks have not yet broken into the mainstream market, they are becoming increasingly appealing for fleet operators. What can trucking professionals expect the maintenance costs of these vehicles to be? Fuel cell trucks may be the perfect balance of clean transportation and maintenance value.
Forestry is an important part of sustainability. However, this work often relies on inefficient, fossil fuel-powered equipment, leaving it with a significant carbon footprint. Hydrogen fuel cells could provide a way forward.
Can sound waves make hydrogen fuel more efficient and affordable to produce? Recent research might have the answer. An innovative research project uncovered a way to boost the productivity of water electrolysis, the production method for creating green hydrogen. Learn more about what this important breakthrough means for the hydrogen fuel industry.Â
Customers everywhere demand a greener and cleaner approach to transportation, and a massive shift in fuel is on its way. Many companies are turning to electric batteries to power their fleets, but this is not the only or most effective future for long-haul trucking operations. Hydrogen power seeks to mitigate emissions and delayed delivery times.
Hydrogen fuel cell vehicles, more commonly known as FCEVs, are giving traditional EVs a run for their money. Both types are becoming more ubiquitous worldwide, with many countries setting goals to eliminate internal combustion engines (ICEs) in the next few decades. However, it’s unclear whether FCEVs or EVs are safer.
