Toyota CEO: "Our New Engine Will DESTROY The Entire EV Industry!"

CEO of Toyota, our new

engine

will

destroy

the

entire

electric vehicle

industry

in a world that seems inevitably drawn towards an all-electric future. Toyota has consistently taken a different path. The Japanese automaker remains uncertain about an exclusive reliance on electric vehicles, although Toyota certainly has some interesting things going for it. EVS in preparation for next year are also actively exploring alternative energy sources, so what exactly is this advancement and how

will

it affect the future of electric mobility? Join us as we delve into Toyota's latest innovation and its potential to reshape the automotive landscape, but first, let's take a moment to appreciate the importance of Toyota's track record in driving innovation within the

industry

.

Toyota has garnered a lot of attention over the years for its innovative fuel goals and alternative energy concepts. Remember the 5L V8 RCF

engine

that Toyota ordered? A few years ago it ran on hydrogen, in fact this is a matter of forward thinking, however, Toyota is experimenting with more than just hydrogen and hybrid engines. Alternative fuels have quickly become a popular topic of conversation as more and more people learn that electric vehicle batteries are considerably worse for the environment and human health than automakers would have you believe. all the excitement around the engine that Toyota and Chinese automaker GAC developed together.

This development is designed to consume ammonia and generate electricity without emitting carbon dioxide through the exhaust, although there is much discussion about Toyota using such a project to reduce its electric vehicle sales. After all, we find the idea of ​​ammonia being a viable fuel source for internal combustion engines considerably more intriguing when ammonia is converted to a liquid state. Isn't this fuel very dangerous and bad for the environment though? Innovation may seem like revolutionary news. Toyota has been experimenting with alternative ammonia fuels according to the Ammonia Energy Association, last time we looked at Toyota Town, which is located just outside Ngoya.

It still generates its electricity using the CTIC chemical mixture and an organic suspension that was taken directly from the nearby farmland and it is true that Toyota created and named a city in Japan. We find this notion attractive given that this chemical combination can, in theory, be mixed with diesel gasoline. or even hydrogen to create ammonia. GAC claims that liquefied NH3 can power the prototype engine it built in collaboration with Toyota, a technology that was previously exclusive to agricultural equipment, ships and cargo vehicles. Therefore, it is interesting to see that a 2L 4 cylinder can generate 161 horsepower on this fuel and emits 90% less carbon dioxide than pump gasoline.

If it goes into production, this may be the first passenger car to drive on the road with ammonia. G goes on to say that to reduce nitrogen emissions and produce ammonia. The engine is safe for use, the combustion pressure has increased. The automaker acknowledges that the fuel burns slowly and has about half the energy density of gasoline per gallon, but what deserves our attention is how liquid ammonia burns. Liquid ammonia can burn without CO2 carbon hydrocarbon emissions. or particles if burned properly, therefore, even if the new Toyota and GAC ammonia engine collaboration project has several intriguing benefits worth mentioning, we also have many doubts and concerns, first of all, compared to an electrified nacho cheese container at a truck stop that ammonia often has. more dangerous warning labels, therefore it would be very difficult to plan fuel system upgrades or maintenance on a car in a way that was safe and affordable;

Additionally, if these engines do not maintain high enough levels of boost or compression, they will spew a ton of nitrogen into the environment, so a malfunctioning or improperly tuned ammonia engine could be quite dangerous as it would cause it to run. will release more ozone and ammonia into the atmosphere acid rain respiratory disorder in babies and the elderly congenital abnormalities when burned inappropriately, this substance has the potential to damage almost anything and then there is the material itself, which is very dangerous both in its natural state as well as in its manufacture, nor can we simply extract ammonia from the ground as if it were raw.

The environmental advantages that Toyota and G are so eager to promote to the public would be completely outweighed by the thermodynamic energy required to transform liquid ammonia into an economically viable fuel source on a large scale. Then there is the fundamental issue of infrastructure: you will need a huge number of service stations that can supply safely. To store and distribute ammonia fuel to get it to these engines in the first place, it is also necessary to find a way to get the ammonia to the pump, which makes one feel a little uncomfortable when thinking about how many trains and tankers would be moved. transporting this.

Hazardous substance, furthermore, although ammonia and propane are often stored comparably, exposure to ammonia poses a significantly greater risk to human health than, for example, gasoline or diesel, although it does not burn like derived fuels. of oil, is very corrosive and poses a serious risk to health. The eyes and lungs, so we can't even begin to imagine the scene of a collision involving two ammonia-powered vehicles for everyone involved. However, Toyota shows a progressive attitude towards sustainable transportation by investigating technologies such as hydrogen-powered combustion engines and actively taking part in racing events for testing and evaluation, the likelihood of using ammonia-powered engines in countries such as China and abroad is increasingly likely as Toyota continues to invest and work with GAC as technology advances, this could dramatically alter the future of vehicle propulsion.

Global governments are placing greater emphasis on sustainability and emissions reduction, therefore the creation and use of cutting-edge technology, such as ammonia-powered engines, will be crucial in determining how transportation develops in the future. future as the largest market for electric vehicles worldwide. China offers a particularly attractive prospect for its adoption. of alternative propulsion technologies, the country still has a significant market for cars with conventional combustion engines, but there are signs that regulations prohibiting the sale of cars with internal combustion engines will soon be implemented. This potential legislative change may significantly open the Chinese market to fuel-powered cars. by ammonia, with their cost-effectiveness and low carbon emissions, these cars can prove to be a solid option to meet legal and environmental standards, opening the door to more environmentally friendly transportation in the future.

The advancement of ammonia-powered cars and other alternative fuel vehicles marks a new milestone. At this stage in the development of combustion engine technology, these fuels have the potential to be very important in meeting consumer desires for cost and convenience, as well as environmental concerns as their generation becomes more economical. and provide an attractive green option for consumers. Its thoughtful attitude toward innovation is shown in its strategic positioning in the Chinese market and its dedication to satisfying a variety of customer desires. Toyota is establishing itself as a major player in influencing the future of mobility by researching and integrating technologies such as the ammonia-powered engine.

With the changing landscape of sustainable transportation for the automotive industry, the idea of ​​ammonia-powered cars becoming available for purchase around the world is exciting. The addition of cars powered by alternative fuels could accelerate a significant decrease in greenhouse gas emissions and contribute to a cleaner, healthier environment for future generations. As China and other areas move towards more environmentally friendly transportation solutions, Toyota is undoubtedly proving once again that it is a driving force behind innovation in the automotive sector. Thank you for joining us as we explore the exciting possibilities of ammonia-powered engines and their potential to revolutionize the automotive industry as we strive towards a greener, more sustainable future.

Innovations like these offer hope for reducing our dependence on fossil fuels and combating air pollution. We would love to hear your opinion on the topic. Do you think ammonia engines have the potential to transform transportation and improve air quality around the world share your views in the comments below remember to like, subscribe and hit the notification bell to stay updated on our latest videos exploring cutting-edge technologies and sustainable solutions until next time drive safe and stay conscious together let's pave the way for a cleaner, brighter future thanks for watching see you in our next video