TOYOTA CEO: THIS NEW ENGINE WILL END ELECTRIC CARS," SAYS TOYOTA CEO ABOUT HIS CREATION

the bottom line I simply want to make ever better car no matter what kind of the PT rine they have even though technology is advancing at a rate that blows our minds no one could ever have guessed that there would come a day where you could get some water from the kitchen sink pour into your car's tank and be good to go on a trip to the supermarket or to another state however Toyota's announcement about an engine that will soon end the era of electric car cars suggests that it is possible for car engines to

run on water but what are the odds that a car can run on only water without fuel or electricity stay with us as we explore the new and exciting advancements in Car Technology and discover all Toyota has to say about their new water engine Toyota's new water engine Toyota's latest Innovation is likely to disrupt the car industry as we know it imagine a car powered by water this mindblowing vehicle uses an advanced electrolysis process to convert water into hydrogen which fuels the engine its engine makes use of the chemical energy released during the recombination of

hydrogen and oxygen to produce power releasing only water vapor as a byproduct this not only reduces harmful emissions but also addresses the growing concerns about global warming and air pollution Toyota's Innovation promises a cleaner Greener future for transportation aligning with global efforts to combat climate change although electric cars have been at the Forefront of the Green Automotive movement for years praised for their zero emission status and their Reliance on renewable energy sources Toyota's water-powered car offers several unique advantages over traditional electric vehicles while electric cars rely on batteries that require charging from the electrical grid

Toyota's water-powered car uses water an abundant and renewable resource the electrolysis process which splits water into hydrogen and oxygen can be powered by renewable energy sources such as solar or wind making the entire system more sustainable but that's not all electric cars have been marketed as zero emission vehicles but the production and disposal of lithium ion batteries pose great environmental challenges and a large investment of resources however Toyota's water-powered car sidesteps these issues completely according to the announcement made by the Executive Vice President and chief technology officer heroki Nakajima at a recent meeting in Japan

Toyota plans to change the future of Transportation with this new technology Nakajima talked about Toyota's big plan to stop being just a car company and start being a Mobility company that helps people have many options for movement he was joined by two other leaders takero Kato who is in charge of making electric cars called bevs and mitsumasa Yamagata who will lead the team making hydrogen cars when the factory opens soon Toyota's hydrogen fuel cell cars work by using a chemical reaction between hydrogen stored in the car and oxygen from the air to make electricity that

powers the car this system includes an important part called an elect neutralizer the process is very efficient and safe as it doesn't need much energy and doesn't produce any harmful byproducts one of the best things about this process is that it doesn't need a big heavy tank to store the hydrogen the electrolyzer can make hydrogen as it's needed making the car lighter and more efficient to use hydrogen fuel effectively some parts of the car's motor need to be changed the fuel injectors which spray fuel into the engine need to be adapted to spray hydrogen correctly

also the engine block and cylinder head need to be stronger to handle the high pressure of hydrogen fuel other parts like valves and spark plugs also need to be made specially to help the engine run well and safely we'll get into the full details of how the process really works later but keep in mind that Toyota's water engine is better than other Motors that use hydrogen simply because it is much easier and cheaper to store water than to store hydrogen hydrogen is is a gas so it needs special tanks that can handle high pressure these

tanks are heavy expensive and can leak which can be dangerous water being a liquid is much easier to store and doesn't need special tanks or high pressure making it safer and more practical this makes the water motor versatile suitable for small cars big trucks and even power plants its Simplicity and safety make it a better choice than other types of Motors plus it helps reduce our Reliance on fossil fuels and cuts down harmful emissions this makes it a more sustainable option for transportation and energy generation however it may surprise you to know that this whole

motive to make a car powered by water only isn't exactly an original idea the history of water Vehicles before Toyota's steps to build cars that run only on water there were others who tried to do the same the number of claims and attempts are sure to blow your mind in 2008 a Japanese company called jpx announced they had made a car that could run on water instead of gasoline or diesel this was big news because it promised a cheaper and Greener way to power cars genpac said their car used a special system to get energy

from Water by splitting it into hydrogen and oxygen then using the hydrogen as fuel but experts found out that the system wasn't just using water it also o needed a special material called metal hydride this meant the car wasn't truly waterp powerered genipa never provided scientific proof for their claims and many scientists doubted their story the scientists explained that water is very stable and you need a lot of energy to split it into hydrogen and oxygen according to the laws of physics you can't get energy from water alone because it takes energy to break the

bonds holding the water molecules together some scientists also reminded people of Stanley Meyer who in the 1980s claimed he had made a dune buggy that ran on water but Meyer never showed solid proof and his claims were found to be false he was even convicted of fraud in 1996 jip's story sounded a lot like Meyers and people were very skeptical in 2002 hydrogen technology applications said they had a device called aquagen that could split water into Hydro and oxygen they first used it for safer welding but later claimed it could power cars however their theories

weren't backed by science and their claims seemed exaggerated the company later admitted their device could only make cars more fuel efficient not run on water alone another company Genesis world energy claimed in 2002 to have a device that could get energy from water they raised a lot of money from investors but never produced a working product in 2006 the company's owner Patrick Kelly was jailed for fraud in 2008 the same year jip Pacs made their announcement a man in Sri Lanka named tushara prial Des Singa claimed he had driven a car on water for 190

Mi using just 3 lers of water the prime minister of Sri Lanka supported him but tushara was later arrested for fraud his claims like many before him were exaggerated and misleading more recently in 2022 arianto Melle from Indonesia claimed to have made a device called nkuba that could turn water into hydrogen fuel he said it could power motorcycles for 500 km on one liter of water and that big car companies like Lamborghini and Ferrari were interested but scientists in Indonesia doubted his claims saying the device was impossible according to physics they also found out that

the car companies weren't really interested arianto story like others seemed to be more about making bold claims than having real proof despite these failed attempts and scams we have to wonder if there has been a deliberate attempt to stifle the usage of water as fuel for vehicles while we certainly can't prove that there have been suppressions there are many reasons why this might be so for one the global energy industry currently dominated by fossil fuels is worth trillions of dollars introducing a technology that could make traditional energy sources a thing of the past threatens the

financial interests of powerful corporations and stakeholders these entities have enough resources and influence to suppress or discredit technologies that could threaten their market dominance for example fossil fuel companies have a vested interest in maintaining their market share and May Lobby against or discredit Alternative Energy Technologies to protect their profits another probable reason is that new and Innovative Technologies often face skepticism and resistance from the public in media it is understandably hard for the public to understand how water could be used to fuel a vehicle and the perceived risks safety concerns and lack of understanding can

lead to negative publicity and hinder widespread acceptance powerful entities may also choose to exploit these fears to maintain control over the narrative and suppress these potentially disruptive Technologies for example misinformation campaigns can create doubt and fear around new technologies making the public less likely to accept them however with Toyota publicly stating its plans to develop these cars while presenting evidence on how the science works it is entirely possible we are about to see the dawn of a new age their influence in the mobility Market the trust they have built over the years and their deep

pool of resources suggest that we will see water Vehicles become reality rather than just hearsay and all this is as a result of Toyota's desire to stay ahead in a market that is moving towards clean Technologies and electric vehicles especially with new electric cars coming from companies like byd and xiaomi in China it has led them to focus on making their hydrogen technology better and more efficient to meet the growing need for environmentally friendly Transportation this history of water-powered car ideas shows that while many claims might have been false the push for greener Energy Solutions

is real and important Toyota's ongoing research has already produced a car the meai that is powered by hydrogen and these advancements prove that a more sustainable future in transportation is possible and there is still more to come comparison with China and America in electric vehicle production it is common knowledge that in the race towards sustainable Transportation China and the United States have been leading the charge in electric vehicle EV production China with its aggressive policies and significant investments in EV infrastructure has become the largest market for electric vehicles companies like byd nio and xping are

heading China's EV Revolution benefiting from government subsidies extensive charging networks and robust manufacturing capabilities the Chinese government's commitment to reducing carbon emissions and urban pollution has led to tough regulations that favor the adoption of EVS as a result China's EV Market has seen fast growth with millions of electric cars sold annually the country's focus on developing Battery Technology and expanding its charging infrastructure has also played a crucial role in maintaining its position position as a global leader in EV production in contrast the United States home to top companies like Tesla has also made significant strides

in the EV sector Tesla under the leadership of Elon Musk has revolutionized the market with its innovative designs cuttingedge technology and an expansive supercharger Network the company's commitment to improving battery efficiency and range is continuous increasing standards for the industry to add to this Legacy automakers like General Motors and Ford have shifted their focus towards electric vehicles introducing new models and investing heavily in EV technology however despite the progress in EV production both China and the United States face challenges related to the environmental impact of battery production and Disposal as well as the need for

sustainable energy sources to charge these Vehicles this is where Toyota's waterp powerered car presents a unique Advantage Toyota's innovation in developing a vehicle that runs on hydrogen derived from water sets it apart from the traditional EV approach unlike battery electric vehicles bevs which rely on large lithium ion batteries Toyota's water-powered car utilizes hydrogen fuel cells this difference not only addresses some of the environmental concerns associated with battery production but also offers a cleaner alternative in terms of emissions by producing only water vapor Toyota's engine eliminates the release of harmful pollutants such as carbon dioxide nitrogen

oxides and particulate matter which are common with fossil fuel powered vehicles on top of that Toyota's hydrogen fuel cell technology offers several advantages over conventional batteries used in electric vehicles for instance hydrogen fuel cells can be refueled much faster than recharging a battery often taking just a few minutes to fill up a hydrogen tank compared to several hours needed to recharge a battery this makes the water-powered car more convenient for long-distance travel and reduces downtime for refueling another major advantage of hydrogen fuel cells is their higher energy density compared to lithium ion batteries this means

that hydrogen fuel cells can store more energy per unit of weight potentially provid providing a greater driving range for vehicles plus hydrogen can be produced using various renewable energy sources such as solar wind and hydroelectric power further enhancing the sustainability of this technology Toyota's approach also addresses some of the key challenges associated with hydrogen production and storage the company has developed Advanced electrolysis units that are more efficient reducing the overall energy consumption required to produce hydrogen from water these units use Cutting Edge catalysts and materials to enhance the efficiency of the electrolysis process making it

more viable for large scale production in terms of hydrogen storage Toyota has innovated with high-press tanks made from Advanced Composite Materials these tanks are designed to be both lightweight and extremely durable ensuring the safe storage of hydrogen under high pressure the storage system is equipped with state-of-the-art sensors and safety features to detect and prevent leaks providing an additional layer of security Toyota has also addressed the challenge of operating hydrogen vehicles in cold climates hydrogen can freeze at extremely low temperatures potentially affecting the vehicle's performance to overcome this Toyota developed innovative solutions such as incorporating heating

elements and insulation into the hydrogen storage system these measures ensure that the vehicle can operate reliably even in harsh winter conditions making making hydrogen Vehicles viable in a wider range of environments Toyota's commitment to integrating renewable energy sources into the hydrogen production process aligns with global efforts to reduce Reliance on fossil fuels by using solar wind and hydroelectric power to generate hydrogen Toyota's water-powered car can operate with a minimal carbon footprint making it a truly green alternative in the automotive industry Toyota's commitment to eco-friendly technology great thing things rarely start suddenly and Toyota's commitment to

eco-friendly technology goes far beyond its development of hydrogen fuel cell Vehicles the company has been a Pioneer in both hybrid technology and the exploration of alternative fuels one of the notable areas of focus has been the development of hydrocarbons that have a reduced environmental impact hydrocarbons in their conventional form are fossil fuels such as gasoline and Diesel which contribute significantly to carbon emissions however Toyota has been exploring the use of synthetic hydrocarbons and bofs that can serve as cleaner Alternatives synthetic hydrocarbons are produced through chemical processes that convert carbon dioxide and hydrogen into fuels effectively

recycling CO2 and reducing the net carbon footprint biofuels derived from organic materials such as plant biomass animal waste and algae present another promising Avenue these fuels are renewable and can be be produced sustainably Toyota has invested in research to improve the efficiency of biofuel production and to integrate these fuels into their vehicle lineup by researching and developing these Alternatives Toyota's goal is to provide Immediate Solutions for reducing emissions while the infrastructure for hydrogen and electric vehicles continues to expand but there's still so much more in addition to hydrocarbons Toyota has also made major developments in

fuel cell technology the core of Toyota's eco-friendly vehicle strategy lies in hydrogen fuel cells which convert hydrogen gas into electricity through a chemical reaction with oxygen this process produces only water vapor as a byproduct making it one of the cleanest forms of energy Toyota's first fuel cell vehicle prototype was unveiled in the early 1990s and the technology has evolved substantially since then today Toyota's fuel cells are more efficient Compact and cost effective the advancements in fuel cell technology have been driven by improvements in Catalyst materials membrane durability and overall system integration as of recent reports

Toyota holds over 5,000 patents related to hydrogen fuel cell technology these patents include key advancements in fuel cell stack design hydrogen storage solutions and methods for efficient hydrogen production by securing these patents Toyota not only protects its technological inovations but also positions itself as a leader in the transition to sustainable transportation we must not forget to mention one of the most significant milestones in Toyota's Journey towards eco-friendly technology which is the introduction of the Mirai the world's first mass-produced hydrogen fuel cell vehicle the Mirai which means future in Japanese embodies Toyota's vision for sustainable Mobility

launched in 2014 the Mirai has since undergone several up dates and improvements reinforcing Toyota's commitment to advancing fuel cell technology the Mirai operates using a hydrogen fuel cell system that generates electricity through a chemical reaction between hydrogen and oxygen this system consists of several key components including the fuel cell stack high-press hydrogen tanks an electric motor and a battery for energy storage the fuel cell stack often referred to as the heart of the vehicle is where the electrochemical reaction occurs producing electricity and water vapor one of the notable features of the Mirai is its impressive

driving range and refueling time with a full tank of hydrogen the myai can travel over 300 miles comparable to many gasoline powered vehicles refueling the Mirai takes only about 5 minutes significantly faster than recharging an electric vehicle this convenience makes the Mirai a practical choice for for consumers looking for an eco-friendly vehicle without compromising on usability the environmental benefits of the Mirai are substantial by emitting only water vapor the Mirai eliminates tailpipe emissions contributing to cleaner air and reduced greenhouse gas emissions Toyota has also taken steps to make the Mirai accessible to a wider audience

the company has implemented various initiatives to reduce the cost of hydrogen fuel cell V Vehicles including advancements in manufacturing processes and economies of scale furthermore Toyota has been actively involved in Partnerships and collaborations to expand the hydrogen refueling infrastructure making it easier for consumers to adopt hydrogen Vehicles beyond the Mirai Toyota's commitment to hydrogen technology extends to other vehicle segments the company has developed hydrogen fuel cell buses and trucks showcasing the versatility of this technology in different Transportation applications these vehicles are designed to provide clean and efficient Transportation solutions for public transit and Commercial operations

further reducing the carbon footprint of the transportation sector in addition to its vehicle offerings Toyota is exploring the use of hydrogen fuel cells in stationary applications the company has developed hydrogen powered generators and energy systems that can be used used in buildings data centers and other facilities these systems provide a reliable and sustainable source of energy further demonstrating the potential of hydrogen technology beyond the automotive industry Toyota's approach to eco-friendly technology is holistic and forward thinking the company recognizes that achieving a sustainable future requires a multifaceted strategy that includes not only Innovative vehicles but also

the development of supporting infrastructure and sustainable energy sources the electrolyzer process explained the way Toyota's hydrogen fuel cell products work is by using a chemical reaction between the hydrogen stored in the vehicle and the oxygen in the air around us this reaction produces electricity which Powers the car it's a very clever and efficient way to make cars run without harming the environment the motor has a special part called an electrolyzer this part takes in water and uses a process called electrolysis to split the water molecules into two different things hydrogen and oxygen water is made

up of two hydrogen atoms and one oxygen atom stuck together the electrolyzer uses a special kind of energy called electricity to break these atoms apart the electricity is sent through two special pieces of metal called electrodes these electrodes are put into the water and when the electricity flows through them it makes the water molecules start to break apart the hydrogen atoms are attracted to one of the electrodes and the oxygen atoms are attracted to the other electrode this means that the hydrogen and oxygen are separated from each other the electrode that the hydrogen is attracted

to is called the negative electrode or the cathode the electrode that the oxygen is attracted to is called the positive electrode or the anode when the electricity flows through the electrodes it makes the hydrogen atoms move to the cathode and the oxygen atoms move to the anode this process is very efficient and safe as it doesn't need a lot of energy to happen and it doesn't produce any harmful byproducts the only thing that comes out of the electrolyzer is hydrogen and oxygen the hydrogen can then be used as fuel for the motor the motor converts

the electrical energy from the fuel cell into mechanical energy driving the wheel the power control unit plays a crucial role here managing the flow of electricity from the fuel cell stack and the battery to the motor ensuring efficient power distribution for smooth acceleration and regenerative braking the fuel cell stack generates electricity through the electrochemical reaction between hydrogen and oxygen this produces direct current DC electricity which is then converted to alternating current AC by an inverter to power the motor during braking the motor acts as a generator converting kinetic energy back into electrical energy that's stored

in the battery this not only enhances efficiency but also adds to the overall Driving Experience but there's still more electrolysis itself is not 100% efficient traditional electrolysis systems can have efficiencies around 60 to 70% meaning that 30 to 40% of the energy used is lost as heat recent Advan ments however have pushed the efficiency of advanced electrolysis systems closer to 80% or higher these improvements are largely due to better materials more efficient catalysts and optimized operating conditions once hydrogen is produced it is stored and used in a fuel cell to generate electricity fuel cells typically

have an efficiency of around 50 60% this means that when you combine the efficiency of electrolysis and fuel cells the overall efficiency of converting water to usable electricity in a vehicle can be around 40 50% while this may seem low hydrogen fuel cell Vehicles typically have a longer range compared to battery electric vehicles bevs because hydrogen has a higher energy density this means that despite the 40 50% efficiency the amount of energy stored as hydrogen can provide substantial driving distances Toyota's plans for a future of Mobility under the banner let's change the future of cars

Toyota Motor Corporation Toyota has announced a range of new technologies that will support its transformation into a Mobility company Toyota has ambitious plans for hydrogen focusing on expanding its use and Commercial viability across multiple sectors they project that hydrogen markets in Europe China and North America will become the the world's largest by 2030 with the fuel cell Market expected to reach approximately 5 trillion yen about 5.7 billion pounds annually to capture a significant share of this Market Toyota is working to enhance its hydrogen business through several key initiatives Toyota will establish a new hydrogen Factory

in July 2024 to streamline decision- making and operations related to hydrogen fuel cells this facility will centralized development production and sales functions under one leadership structure enabling quicker responses and more cohesive strategies the hydrogen Factory strategy is three-fold first it aims to localize R&D and production in key Global markets such as Europe and China this localization will accelerate efforts and adapt products to Regional needs second Toyota plans to strengthen alliances with leading Partners to consolidate fuel cell Supply and reduce costs making hydrogen fuel cells more affordable for customers third the company is committed to advancing

Next Generation fuel cell Technologies to enhance competitiveness and performance the goal is to reduce the cost of fuel cell Stacks by 50% and achieve a 37% cost reduction in the next generation of systems Toyota expects to further reduce costs by 50% if they receive orders for 200 ,000 units by 2030 aiming to secure solid profits and meet customer and government expectations Toyota is also addressing the high cost of hydrogen production they are working with Partners to improve hydrogen production transportation and usage initiatives include the production of hydrogen from biogas derived from local chicken manure and

food waste in Thailand in collaboration with Mitsubishi kakoki Corporation and Toyota susho Corporation additionally Toyota has developed a new water electrolyzer to produce hydrogen building on the technology from the meai fuel cell units to advance hydrogen use Toyota is developing a multi-hydrogen tank concept that allows for easy installation and compatibility across various vehicle types and sizes this will enable the conversion of existing vehicles to use hydrogen fuel cells and combustion engines in the commercial commercial sector Toyota is focusing on hydrogen powered large commercial vehicles and is working to standardize tank sizes to reduce costs and

increase demand they are also exploring liquid hydrogen tanks for large commercial vehicles hydrogen engine vehicles are another area of development for Toyota they have created a trial hydrogen engine vehicle which is been licensed for public road use in Japan this vehicle will help accelerate the commercialization a of hydrogen engines contributing to carbon neutrality Toyota's efforts also include reducing the price of hydrogen they are collaborating with industry Partners to promote hydrogen production and make it more economically viable their aim is to establish customer oriented bases in major markets and offer affordable hydrogen products in sufficient quantities

from the plans Toyota has laid out it is evident that very soon car engines will soon indeed run on water will Toyota's new engine really replace and end electric cars share your thoughts with us in the comment section remember to like share and subscribe for more also click the next video showing on your screen you will enjoy it