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The Hydrogen Leak Alarm System Needs to be Improved

What Are The Advantages And Disadvantages Of The Car On The Environment?

What Are The Advantages And Disadvantages Of The Car On The Environment?

MEMS and Special Ceramic Materials Will Become Extremely Key Technologies for New Energy Vehicles

Not only hydrogen vehicles but also small and medium-sized passenger aircraft, ships, trains, and rapid transit vehicles using hydrogen energy is already the future trend.

The High Temperature of Liquid Hydrogen Used in Hydrogen Vehicles Challenges the Limits of Physics

The High Temperature of Liquid Hydrogen Used in Hydrogen Vehicles Challenges the Limits of Physics

The Development of Extremely High-Temperature Components and Materials Has Become the Most Serious Challenge for the Development of New Energy Vehicles

High-temperature resistance and thermal management, are the new challenges for the development of New Energy Vehicles

How to ensure the safety of Hydrogen Storage Tank

The Strength and Rigidity of the Hydrogen Storage Tank Using Carbon Fiber Surpasses that of Steel Cylinders

3 Things You Need To Know About the Hydrogen

The development of hydrogen energy has been formally put into commercialization and practical application in the past ten years.

The competitiveness of auto suppliers will depend on diversified power technologies led by hydrogen power

The development of hydrogen energy has been formally put into commercialization and practical application in the past ten years.

The competitiveness of auto suppliers will depend on diversified power technologies led by hydrogen power

The development of hydrogen energy has been formally put into commercialization and practical application in the past ten years.

The competitiveness of auto suppliers will depend on diversified power technologies led by hydrogen power

The development of hydrogen energy has been formally put into commercialization and practical application in the past ten years.

2023 PERSIST

The ultimate measure of a man is not the moment of comfort the had, but the time of challenge and controversy. Martin Luther

Hydrogen energy stimulates the infinite possibilities of leapfrogging fields through healthy competition among automakers

The greatest benefit of hydrogen energy in the automotive industry is not all about shaping new energy vehicles, but more importantly, fuel cells and hydrogen storage tanks through the strict verification of automobiles, after such reliability and safety are fully ensured, they can be safely extended to other applications.

Get involved in electrolyzer technology to augment the power of automakers in the ecological chain

Although hydrogen fuel is often attacked as a secondary energy source, resulting in low efficiency, it is also because of this property that hydrogen fuel is more mobile and convenient to obtain. Therefore, if the depot can master the hydrogen production equipment, it will provide a more complete solution, expand the scope of application, strive for potential customers, and thus encourage the market acceptance of hydrogen vehicles.

The performance of hydrogen sports cars are proven to be highly competitive

Hydrogen vehicles are in their infancy, and Hyundai Motor has begun to develop sports cars. If the results in this regard can reach a considerable level, the greatest significance is not only to show the company's technical capabilities, but also to prove that hydrogen fuel cells can be used in sports cars like internal combustion engines, without any discount on performance, which is of great indicative significance.

A breakthrough of hydrogen energy in combining with self-driving capability to open up the revolution in transporting goods.

If gasoline is replaced by hydrogen fuel, just to achieve the purpose of zero emissions, it will waste the potential application space of hydrogen power. Although at this stage this possible idea cannot be commercialized due to lack of economy, Hyundai Motor is still actively presenting it in a conceptual way, which is refreshing, especially represented by the autonomous electric bogie hydrogen concept car.

Fuel cells break through the boundaries of automotive applications and diversify their development

Its more ambitious goal is not only to use hydrogen fuel cell and other related technologies for commercial use in vehicles such as NEXO SUV, Elec City Bus and XCIENT, but also to expand into various applications in 2040, including high-performance sports cars, urban Air traffic, robots, aircraft and large ships, etc., and then expand to all areas related to energy, including buildings, urban energy and power plants, storage of electricity and heating supplies, etc.

Hyundai motor's ambition and action in the development of hydrogen vehicles

The comprehensive development of various technologies has become a must-have condition for future leading car manufacturers, which is indeed a great challenge. However, in the early stage of the hydrogen vehicle market, where uncertainty and doubts are still strong, Hyundai Motor is still technically trying to demonstrate that, even if it cannot rely on sufficient economic scale for mass production to reduce costs. The performance on various models of vehicles can be comparable to or even surpass that of fuel vehicles and lithium vehicles.

Hyundai motor's layout in hydrogen vehicles will bring a new era of cross-industry diversified development of the auto industry

As Li Hezhen, President of Hyundai Motor Group China, put forward at the China EV100 Conference to strengthen the popularization of hydrogen-powered passenger vehicles, the society's acceptance of hydrogen energy can be improved, so that upstream and downstream enterprises in the industry chain can quickly achieve rapid growth through economies of scale to reduce costs and create a virtuous cycle structure in which enterprises spontaneously participate in the market.

Hyundai's development of hydrogen vehicles will meet the possibility of automotive revolution

With the layout of Hyundai Motor, it can verify the development results of the car factory in passenger car hydrogen vehicles, which can be transferred to commercial vehicles such as buses, heavy trucks, even trains and aircrafts. It further highlights the technology of mastering hydrogen fuel cells. From the perspective of the horizontal axis, components can be shared across various types of vehicles; from the perspective of the vertical axis, it extends the existing fuel vehicle platform to hydrogen vehicles. Undoubtedly, from the example of Hyundai Motors, hydrogen vehicles will not only change the rules of the game in the automotive industry, but will also open up new horizons for car manufacturers to go beyond the automotive industry.

With hydrogen fuel technology, the automakers starts to expand into the new market of trains

In July 2022, the company went a step further and signed a memorandum of cooperation with Rolls-Royce Holdings, planning to work together to introduce pure electric and hydrogen fuel cell technology into the air transport industry, for urban air mobility (UAM) and regional air mobility (RAM) market, to provide low-emission solutions, with fuel cell-powered demonstrations expected in 2025.

Hyundai will also be the outstanding leader in hydrogen bus market

On the hydrogen bus, Hyundai and Toyota are on the same schedule for commercialization and the layout of domestic and foreign markets. However, because Hyundai fully grasps its own heavy-duty vehicle platform and the South Korean government has a very positive attitude in guiding the introduction of bus companies, the future progress should be significantly ahead of Toyota.

Hyundai's hydrogen heavy-duty vehicles lead the world

The company tends to consider hydrogen fuel as a clean energy solution for commercial vehicles or heavy vehicles, mainly because of the convenience of hydrogen fuel in production, transportation, sub-packaging and storage, coupled with its high-density energy carrier, which can reduce the hydrogen refueling time and enables hydrogen vehicles to provide continuous energy output suitable for long-distance driving and carrying heavy loads more than lithium vehicles, greatly reducing downtime, thereby improving work efficiency and reducing infrastructure costs.