Post by khatunejannat on Feb 14, 2024 23:16:50 GMT -10
The electrification process of the electric car is advancing little by little and, in the not too distant future, it will end up being a technology of mass use. We will have an electric car like today we have a gasoline or diesel one, and fossil fuels will be relegated to industrial uses or for certain means of transportation such as airplanes or ships. In the electrification of the automobile, there are two technologies currently being developed: the less known hydrogen cell and cars with rechargeable or plug-in batteries. Every day we hear news of new electric cars coming onto the market and new advances in terms of autonomy or performance, which make them increasingly competitive with traditional cars. We inform you without obligation. Electric Vehicle Course But when we think of electric cars, we usually think of plug-in battery cars like the Tesla. In this post I am going to talk about the operation of hydrogen fuel cell vehicles. The battery car is the one that is advancing the most in the market, but, when the automobile electrification process began, there was another technology in development that we don't talk about as much today: hydrogen cell cars .
How the hydrogen cell works The main difference between the battery car and the fuel cell or hydrogen cell car is that the latter produces the electricity it needs to operate; it is not necessary Malawi Email List to recharge the battery by connecting it to the grid. It has a hydrogen tank or fuel cell that, when reacting with oxygen in the air, produces an electrical reaction that powers the vehicle's engines and recharges the battery cells. During this process, water is produced and released into the atmosphere as vapor. It is therefore a clean and ecological technology in terms of waste generation. When we go at low speed, the vehicle will consume the energy accumulated in the batteries. On the road, at higher speeds, it will consume the energy produced by the fuel cell, which in addition to moving the engine will recharge the batteries. Disadvantages of hydrogen as a fuel The problem we have with hydrogen currently is that, today, it is an expensive fuel to produce and requires a large space for storage.
The hydrogen car needs a tank three times larger than the current gasoline tank so that the vehicle can have autonomy. It is expensive to produce hydrogen fuel because, although it is the most present element in nature, it is not found in its pure state. There are two ways to achieve this: from the decomposition of the hydrocarbons present in fossil energies or from water, through hydrolysis at high temperatures, a process that requires the consumption of a large amount of energy. There are working prototypes from Toyota and Honda, but they are very expensive models to produce, which, at the moment, do not have short-term commercial viability. The future of the hydrogen fuel cell depends on the process of obtaining hydrogen and its storage being more economical and environmentally sustainable, since this is desirable for the future of the ecological car.
How the hydrogen cell works The main difference between the battery car and the fuel cell or hydrogen cell car is that the latter produces the electricity it needs to operate; it is not necessary Malawi Email List to recharge the battery by connecting it to the grid. It has a hydrogen tank or fuel cell that, when reacting with oxygen in the air, produces an electrical reaction that powers the vehicle's engines and recharges the battery cells. During this process, water is produced and released into the atmosphere as vapor. It is therefore a clean and ecological technology in terms of waste generation. When we go at low speed, the vehicle will consume the energy accumulated in the batteries. On the road, at higher speeds, it will consume the energy produced by the fuel cell, which in addition to moving the engine will recharge the batteries. Disadvantages of hydrogen as a fuel The problem we have with hydrogen currently is that, today, it is an expensive fuel to produce and requires a large space for storage.
The hydrogen car needs a tank three times larger than the current gasoline tank so that the vehicle can have autonomy. It is expensive to produce hydrogen fuel because, although it is the most present element in nature, it is not found in its pure state. There are two ways to achieve this: from the decomposition of the hydrocarbons present in fossil energies or from water, through hydrolysis at high temperatures, a process that requires the consumption of a large amount of energy. There are working prototypes from Toyota and Honda, but they are very expensive models to produce, which, at the moment, do not have short-term commercial viability. The future of the hydrogen fuel cell depends on the process of obtaining hydrogen and its storage being more economical and environmentally sustainable, since this is desirable for the future of the ecological car.