FAQ

Hydrogen is safe fuel. The gas in the car is stored in reliable sealed composite cylinders that withstand high pressure.

In the event of an extremely unlikely case of critical damage, these cylinders will be depressurized without any debris, so gas accumulation will not occur. On the contrary, since hydrogen is lighter than air, it will escape into the atmosphere quickly and harmlessly.

Quick and easy. Refueling a hydrogen car resembles the usual refueling of a car with an internal combustion engine. The only difference is that we pump hydrogen instead of gasoline or diesel.

For the most efficient and safe refueling of cars, we have developed all the necessary equipment for our hydrogen filling stations.

Refueling takes about 3-5 minutes. After that, you will be ready to hit the road in your hydrogen car immediately. It corresponds to the time it would take to refuel a gasoline car, but much less than it takes to refuel an electric car.

Yes. Moreover, hydrogen cars have an improved acceleration capability thanks to electric motors. Besides, it requires fewer moving parts to drive the car as compared to a gasoline car.

A hydrogen car is able to start and work smothly in the cold even at -52°C without any loss of power (tested by us personally). Mileage is reduced by a maximum of 15% when using all the functions and heating.

Hydrogen is the most common substance in the universe. This is a very energy-intensive source. Hydrogen produced during electrolysis, especially using renewable energy, does not contain carbon at all.

When you convert it into electricity, the only emission is water. Moreover, hydrogen is easy to be stored and transported, thus, allowing us to use renewable energy sources in full force.

Hydrogen can be extracted from a wide variety of substances including oil, gas, biofuels, water and even wastewater. Thus, hydrogen reserves will never run out, which guarantees the availability of energy resources for many years.

Hydrogen is used in many fields and industries. We use hydrogen for refueling our transport. Besides, it can be used as an energy source for power plants that supplies energy to factories, keeps cold in warehouses, heats houses, etc.

Hydrogen can be found almost everywhere. There are several ways to extract it. In our developments, we use the method of electrolysis, which involves passing an electric current through water. This is the most environmentally friendly method. The hydrogen produced with it is also called «green».

Today, the most common method for hydrogen production is steam reforming of methane. It requires liquids or gases containing hydrogen, for example, natural gas. Under high temperature and pressure, the fuel reacts with steam leaving you with hydrogen. Such hydrogen is called «blue».

Gasification is the oldest method of producing hydrogen. Water vapor passes over hot coal at a temperature of about 1000°C. This causes a reaction that separates hydrogen. The process is not the most environmentally friendly, so the hydrogen extracted in such a way is often called «gray».

There are other methods of producing hydrogen, for example, «yellow» hydrogen is produced using atomic energy.