How Does HydroGen’s Universal Retrofit Feature Allow for Effortless Installation Without Engine Modifications?

A retrofit solution is a way to upgrade existing systems or equipment with new technology or features without replacing the entire system. HydroGen is a perfect example of a retrofit solution because it can be easily added to your existing engine. Installing HydroGen involves a straightforward process that doesn’t require major modifications to your vehicle. This makes it an efficient and hassle-free way to improve your engine’s performance, reduce fuel consumption, and lower emissions.

To suit the limited spatial constraints within cars and vans, a more compact HydroGen unit that fits seamlessly into these confined spaces was designed. The redesigned electrolyser can be installed in various optimal locations, such as between or underneath the seats, in the trunk, or within the engine compartment. This ensures easy access for users to refill the device with distilled water as needed without causing inconvenience. The compact design and user-friendly accessibility were validated through rigorous testing and positive feedback from clients, highlighting extended vehicle range and improved fuel efficiency.

To suit the specific needs of Heavy Goods Vehicles (HGVs), the HydroGen unit underwent significant enhancements:

• Enlarged Design: We developed a larger version of the HydroGen unit to generate a substantial volume of oxyhydrogen gas, meeting the demands of HGVs’ large engines.
• Enhanced Combustion Efficiency: By introducing oxyhydrogen directly into the air intake, the HydroGen unit leverages its catalytic effect to improve combustion efficiency without increasing engine temperatures. This ensures more effective and targeted fuel combustion.
• Customisation for Engine Size: The size of the HydroGen electrolyser is adapted to match the specific engine size of each HGV, ensuring the production of the precise amount of oxyhydrogen required for optimal performance.
• Reduction in Diesel Wastage: Improved combustion efficiency allows the engine to extract more energy per unit of fuel, reducing diesel wastage and consequently lowering exhaust emissions.
• Minimised Maintenance Needs: The improved combustion process results in fewer carbon deposits, reducing the burden on diesel particulate filters (DPFs) and minimizing maintenance needs and associated costs.

• Tailored Retrofitting: The HydroGen unit was retrofitted to suit the unique requirements of agricultural vehicles. Given the absence of suitable locations around the engine for installation, extensive research and development were conducted to ensure a robust solution.
• Protective Casing: To withstand the harsh operating environment of tractors, the HydroGen unit was encased in a protective casing. This casing, securely attached to the tractor’s chassis, shields the device from external elements, ensuring consistent functionality during intense work cycles.
• Practical Installation: The HydroGen electrolyser was strategically installed within the protective casing, addressing challenges associated with space limitations and environmental conditions. This practical approach not only enhances fuel efficiency but also ensures ease of maintenance for farmers.
• Game-Changing Impact: Implementing the HydroGen electrolyser in agricultural vehicles significantly reduces fuel consumption and exhaust emissions. Unlike traditional solutions like Ad-Blu, the HydroGen unit presents no complications, offering a practical and farmer-friendly solution for extending the operational life of older tractors.
• By addressing specific challenges and prioritizing practicality, the HydroGen unit emerges as a transformative solution for enhancing the longevity and sustainability of agricultural equipment.