from the extraction and provision of drive energy to its conversion into kinetic energy. In internal combustion engines, 17% (gasoline) to 19% (diesel) of the energy is converted into kinetic energy –
Hydrogen fuel cell buses can travel up to 500+ kilometers on a single tank of hydrogen, depending on the size of the tank and the bus's energy efficiency. The exact range of a hydrogen fuel cell bus will vary based on a variety of factors, including the size and capacity of the hydro...
Gasoline 44.5 47.3 14.6 1.3–7.1 2307 0.29 260–460 Diesel 42.5 44.8 14.5 0.6–5.5 2327 – 180–320 The ignition source of hydrogen could be electrical power (e.g., the electric charge from operating equipment, static electricity), thermal energy (e.g., vehicle exhaust, hot surfaces, flame...
An ecological efficiency of 99.982 % was obtained which indicates an environmentally friendly system with the potential to save 1439 million litres and 1563 million litres of diesel fuel and gasoline, respectively capable of preventing about 4 kilo-tons of CO2 into the atmosphere annually. Sensitivity...
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Hydrogen fuel cell generates electricity from hydrogen while the vehicle is running. Hydrogen fuel cell vehicles do not create any greenhouse gas (GHG) emissions during vehicle operation unlike diesel-powered and gasoline vehicles. Furthermore, extensive support from the government to propel hydrogen fue...
That energy can be released by creating a chemical reaction. In the case of a gasoline or hydrogen-powered engine, that chemical reaction is combustion, or burning the fuel. In a fuel cell vehicle, the hydrogen fuel is combined with oxygen. While the combustion in a hydrogen- or gasoline-...
When it comes to power, hydrogen is one of the most energy dense fuels. One kilogram of hydrogen gas generates the same amount of energy as almost three kilograms of gasoline, making the chemical element a highly efficient fuel source. With water and heat as its only by products, hydr...
it is essential to ensure their compatibility with alternative energy sources. The investigation utilized a single-cylinder CI engine capable of operating on both gasoline and diesel. The engine was equipped with an electronic control system for exhaust emissions and a common rail fuel injection system...