AFC Energy produces green hydrogen for electric vehicles

The hydrogen used today usually comes from fossil fuel, which harms the climate. However, the green hydrogen that is expected to be produced in the future will be from recyclable resources; hence it won’t have more effect on the atmosphere. 

Hydrogen has many uses such as the generation of power, and used in various sectors of the economy like agriculture, food production, and industrial use, making it suitable for worldwide decarbonization. 

The major concern is to ensure the value of green hydrogen gets low to a competitive market level. The industry observers thought that this would take an extended period to happen. However, the price of green hydrogen is decreasing each day. 

Numerous companies are coming up to ensure this happens. One of them is the AFC Energy Company from the UK. 

The main target of the AFC is the off-grid markets, which use diesel generators. In this case, for the clients to access the EV charging site, they are supposed to pay a premium. 

To avoid carrying hydrogen to fuel stores in the interior areas, AFC has come up with a solution known as H-Power. The H-Power process uses an electrolysis gadget to connect the fuel store with the electric vehicle charging depot. The device instantly produces hydrogen through the use of thermionic current to the water. 

This is an ideal fix for the Extreme E-series as it illustrates that the electric vehicles can operate even in tough conditions across the globe. 

In an interview with the CleanTechnica, Adam Bond, the AFC CEO, said that they have a technology capable of standing the diesel generators despite the tough conditions. Sating out that is a big millage in the industry. 

Superior EV charging stations for huge EVs

The big question is why lithium-ion batteries can’t store solar power for the EV charging station. The following year Extreme E series will examine the H-power structure in humid, cold, hot, and dry situations to re-affirm if green hydrogen long-lasting and dependable alternative for power storage. 

Apart from considering factors such as the impact on the environment and durability, there are other aspects like duration, which need to be considered. The Li-ion batteries can only last for several hours, while hydrogen is stored for extended periods, making it ideal for a baseload energy source.

People who value convenience and effectiveness will be more enticed by the H-Power program’s baseload ability, which is anticipated by the AFC Energy. Fleet managers who value time will invest in fast charging equipment based on the demand for many vehicles.