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Toyota FCET hydrogen fuel cell truck

25.04.2019

Toyota has unveiled a new truck with zero emissions of harmful substances into the atmosphere. The project was implemented jointly with the Kenworth Truck Company, the city port and the California Air Resources Board. The presented prototype Fuel Cell Electric heavy-duty Truck (FCET) operates on the basis of hydrogen cells, producing water in the form of waste.

The presented truck is based on prototypes that have been under development since 2017. According to official data, FCET is able to cover about 480 km without refueling, which is almost 2 times higher than the average daily mileage of trucks.

The company intends to produce 10 high-tech trucks that will be used to transport cargo from the Port of Los Angeles to various locations within the city and beyond. Like previous prototypes, the presented truck is based on the Kenworth T680 Class 8 tractor. The main goal pursued by the developers is to organize transportation using environmentally friendly vehicles to reduce emissions of harmful substances.

Company representatives note that Toyota continues to actively develop technologies that allow the creation of electric vehicles that will help meet a wide range of needs and do not produce harmful substances. In the future, the company intends to continue promoting technologies for the production of hydrogen fuel cells for trucks.

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Random news from the Archive

Clean fuel generated by photosynthesis 30.08.2020

The advent of "artificial leaves" capable of photosynthesis could be an important breakthrough in the energy sector.

A team of scientists from the UK is moving confidently in this direction. Her latest invention is a wireless photocatalyst plate that converts light, water and carbon into clean fuel.

Last year, chemists at the University of Cambridge developed something like an artificial leaf that converts sunlight and water into fuel, a synthetic gas made from carbon monoxide and hydrogen. They used perovskite solar cells to convert sunlight.

This time, scientists partly changed their approach and instead of perovskites, they used new photocatalysts placed in plastic from a semiconducting powder.

Plate with an area of ​​20 square meters. cm converts sunlight, carbon dioxide, and water into oxygen and formic acid, which can be used immediately as fuel or stored for hydrogen production.

This is a completely new method of converting CO2 into a clean fuel that could be scaled up to mass production right now.

It will not be difficult to produce such wafers several meters long, and semiconductor powder is relatively cheap. As a result, it would be possible to build clean energy farms like solar farms.

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