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Mobile WebSiteFuel cells are constantly mentioned and become one of the representatives of clean energy.
As the most easily available energy source, hydrogen has gained a higher status in fuel cells. With the emphasis on the environment, we are increasingly emphasizing "low-carbon economy" and "ecological civilization", so the main theme of the world is aligning with new energy. As we all know, new energy can better meet the current demand due to less pollution, large reserves and wide distribution.
In many branches of new energy, fuel cells do not have the absolute right to speak. In the scenario where people most often use new energy-cars, electric vehicles equipped with lithium batteries have become the leader of new energy, occupying new energy. "Half the wall."
However, even the most mainstream applications currently have unavoidable disadvantages, such as long charging time, short battery life, high battery repair and maintenance costs, and so on. Limited by technological development, there are still many uncertain factors as to whether electric vehicles can become the absolute only choice for people to travel. In addition to lithium batteries, there are many other technical issues that are waiting to erupt.
A hydrogen fuel cell vehicle is a device that generates electricity through the chemical reaction of hydrogen and oxygen. It is a device that uses chemical energy to generate electricity to drive a vehicle.
It is essentially a range-extended electric vehicle that uses compressed hydrogen as fuel. But unlike today's more common fuel-extended electric vehicles, its emissions are only pure water, which can truly achieve no greenhouse gas emissions. Compared with pure electric vehicles, its fuel replenishment process is also very convenient, and the process of refueling with fuel vehicles is almost the same, and there is no inconvenience in charging electric vehicles. This makes it a new technological direction pursued by many countries.
Cars are one of the best carriers of fuel cells.
The demand for hydrogen fuel cell vehicles for charging infrastructure is high. Hydrogen fuel cell vehicles can only be charged at hydrogen refueling stations. If the infrastructure is not distributed on a large scale, it will become a problem for people to travel. According to the "China Hydrogen Energy and Fuel Cell Industry White Paper" issued by the China Hydrogen Energy Alliance, as of the end of 2018, there were 23 hydrogen refueling stations in China, accounting for approximately 6.23% of global hydrogen refueling stations.
But people have not given up on such clean energy. The Hydrogen Alliance started research and development of hydrogen energy as early as 2002 and set out to develop small mobile hydrogen generators. In 2013, Guangdong Hopi was established, dedicated to the development and application of hydrogen energy conversion technology and water-based energy technology. The water-hydrogen power module AH7500 (water-hydrogen engine) developed and developed has been successfully tested on electric vehicles. The hydro-hydro power module uses catalytic reforming and purification technologies to obtain high-purity hydrogen from alcoholic water, and generates various energy sources such as electricity and heat through a proton membrane system. The hydrogen used in water-hydrogen vehicles equipped with this module is produced immediately. As long as there are sufficient water-hydrogen raw materials (methanol water) in the raw material tank, the battery life of water-hydrogen vehicles can be guaranteed. It can effectively alleviate the problem of insufficient charging infrastructure coverage, and can also reduce the investment in charging facilities.
