Frequently Asked Questions

Frequently Asked Questions


Yes, we have an Installation Manual for all Hydrogen Systems. You will be able to download it from your profile, right after the purchase.
Fuel cells generate electricity by combining hydrogen and oxygen gases. Hydrogen flows through an anode, splits into protons and electrons, and generates electric power, with water as the by-product.. Hydrogen flows through an anode, splits into protons and electrons, and generates electric power, with water as the by-product.
Hydrogen fuel stations keep hydrogen in high pressure tanks. Fill up vehicles, with it like refueling with gasoline but with advanced safety measures, in place.
Maintaining an HHO system involves: Regular checks of the electrolyte Regular rinsing of the whole system Regularly changing the whole electrolyte. Regular checks of all hoses and connectors Regular checks of the wiring. If you keep your system in good condition, it will serve you for a longer time.
An HHO generator runs a current through water to separate it into hydrogen and oxygen gases. These gases can then be mixed into the cylinders with regular fuel to enhance the efficiency of combustion processes.
HHO gas enhances combustion by providing more oxygen and hydrogen, allowing fossil fuels to burn more efficiently and completely. This can reduce fuel consumption and emissions, although results vary because of different factors such as the HHO system's efficiency, alternator capacity and condition, injection system, sensors, fuel quality, road conditions, and fuel monitoring in general.
Fuel cell cars that run on hydrogen offer short refueling times. These cars can boast ranges compared to numerous electric vehicles today. However, EVs benefit from a better charging infrastructure. However, having an EV poses risks like sudden battery explosions, costly repair bills, and high insurance premiums. EVs are incredibly uncomfortable for residents in regions like Canada, where frigid temperatures can significantly reduce battery capacity and leave drivers stranded in the middle of the road.
When hydrogen is used as a supplemental fuel in combustion processes, fossil fuels burn more completely and efficiently. For instance, when burned in engines, hydrogen drastically reduces carbon emissions compared to burning only fossil fuels.
HHO generators increase the fuel efficiency of internal combustion engines by introducing oxy-hydrogen into the process. Their actual impact, on fuel savings depends on factors such as the alternators capacity and the overall health of the engine and injection system, among variables to consider it is worth noting that efficiency levels may vary depending on the systems quality and the condition of the charging system.
Safety regulations and environmental guidelines oversee the use of hydrogen fuel to guarantee its application in transportation and industrial settings by regulating its handling and storage practices. Hydrogen On-Demand systems are not subject to regulations since they do not involve storage or pressurization processes, eliminating risks. If you suspect your country might be under different legislation, you can consult with local authorities for clarification.
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