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This Hydrogen Truck Will DESTROY All Current Trucks!

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Are Hydrogen Trucks the Future?
According to the American Trucking Associations, more than 72% of goods and services moved in the U.S. travel by trucks. And more than 60% of the miles logged by the trucking industry come from heavy-duty diesel-powered, greenhouse gas-emitting semi-trailer trucks.
In this video, we'll be looking at a smarter, cleaner way to maintain that interstate flow of goods while mitigating climate change which would be to power the long-haul trucking sector with hydrogen fuel cells. Let's get into it.
The Fuel Cell and Hydrogen Energy Association defined a fuel cell as a device that generates electricity through an electrochemical reaction, not combustion. It combines hydrogen and oxygen to produce electricity, heat, and water. In transportation applications, the electricity powers the electric motor that drives the vehicle’s propulsion system. And because fuel cells contain no moving parts, they operate silently with extremely high reliability.
Kenneth “K.C.” Neyerlin, an electrochemist with the Electrochemical Engineering and Materials Chemistry group at the National Renewable Energy Laboratory (NREL) explained that you can think of a hydrogen fuel cell vehicle as an electric vehicle where you’ve replaced the battery with a fuel cell, and the electric charge used for ‘fuel’ with compressed hydrogen gas.
Depending on the current density being delivered, a typical fuel cell operates in the range of 0.6 to 0.95 volts. FCVs typically combine several hundred fuel cells into a so-called “stack” to achieve the voltage and power levels required to operate the vehicle.
Hydrogen fuel cells as a sustainable source of clean energy is on the rise globally, and hydrogen fuel cells are widely seen as a viable, zero-emission option to power trucks, trains, ferries, and passenger vehicles.
The heavy-duty vehicle (HDV) market could prove to be ideal for fuel cell development and deployment. Hydrogen fuel cells are well-suited for this market because of their fast refueling time and long driving range. They also contain a higher amount of energy-per-unit mass than a lithium battery or diesel fuel. By increasing the size of the hydrogen tank, a truck can have a higher amount of energy available without significantly increasing the weight – an important consideration for long-haul trucks that have strict weight penalty policies.
According to the American Trucking Associations, more than 72% of goods and services moved in the U.S. travel by trucks. And more than 60% of the miles logged by the trucking industry come from heavy-duty diesel-powered, greenhouse gas-emitting semi-trailer trucks.
In this video, we'll be looking at a smarter, cleaner way to maintain that interstate flow of goods while mitigating climate change which would be to power the long-haul trucking sector with hydrogen fuel cells. Let's get into it.
The Fuel Cell and Hydrogen Energy Association defined a fuel cell as a device that generates electricity through an electrochemical reaction, not combustion. It combines hydrogen and oxygen to produce electricity, heat, and water. In transportation applications, the electricity powers the electric motor that drives the vehicle’s propulsion system. And because fuel cells contain no moving parts, they operate silently with extremely high reliability.
Kenneth “K.C.” Neyerlin, an electrochemist with the Electrochemical Engineering and Materials Chemistry group at the National Renewable Energy Laboratory (NREL) explained that you can think of a hydrogen fuel cell vehicle as an electric vehicle where you’ve replaced the battery with a fuel cell, and the electric charge used for ‘fuel’ with compressed hydrogen gas.
Depending on the current density being delivered, a typical fuel cell operates in the range of 0.6 to 0.95 volts. FCVs typically combine several hundred fuel cells into a so-called “stack” to achieve the voltage and power levels required to operate the vehicle.
Hydrogen fuel cells as a sustainable source of clean energy is on the rise globally, and hydrogen fuel cells are widely seen as a viable, zero-emission option to power trucks, trains, ferries, and passenger vehicles.
The heavy-duty vehicle (HDV) market could prove to be ideal for fuel cell development and deployment. Hydrogen fuel cells are well-suited for this market because of their fast refueling time and long driving range. They also contain a higher amount of energy-per-unit mass than a lithium battery or diesel fuel. By increasing the size of the hydrogen tank, a truck can have a higher amount of energy available without significantly increasing the weight – an important consideration for long-haul trucks that have strict weight penalty policies.
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