HFI GREEN HYDROGEN ENERGY SYSTEM
Welcome to the future of sustainable energy with the HFI Green Hydrogen Energy System. Our innovative system has been developed to harness cutting-edge technology that produces green hydrogen more efficiently and cost-effectively than existing methods.
What sets our energy system apart is its comprehensive design as a fully integrated hydrogen production solution, rather than a mere assembly of third-party components. This unified approach offers significant advantages, including enhanced production efficiency, reduced capital and operational costs, and simplified system complexity. Combined with the HFI high-performance wind turbine, smart hydraulic energy drive, and AEM electrolyser, these benefits enable green hydrogen production at costs below $2 per kilogram.
At the core of our system lies the patented Smart Hydraulic Drive (SHD). The decoupled SHD efficiently channels energy from the wind turbine to a variety of outputs tailored to meet specific user requirements. For hydrogen production, the SHD powers DC electrical generators directly attached to the AEM water electrolysers, eliminating the need for transformers and rectifiers typically required to convert AC electricity to DC.
Moreover, the SHD system is versatile enough to drive hydraulic hydrogen compressors, facilitating on-site hydrogen gas storage. This flexibility, combined with advanced technology, positions the HFI Green Hydrogen Energy System as a leader in the transition to sustainable energy.
Superior Efficiency and Cost-Effectiveness
Our system features an innovative ducted wind turbine that boasts over 300% greater efficiency compared to traditional open rotor or vertical wind turbines. This advanced turbine leverages a patented Smart Hydraulic Drive (SHD) in place of the conventional gearbox and electrical generator. By generating DC electricity through a decoupled system, which is crucial for the electrolysis process, the SHD eliminates the need for costly rectifiers and transformers. This design not only reduces capital expenditure but also significantly boosts the overall efficiency of the system.
Incorporating the patented hydraulic drive into the wind turbine, instead of the traditional gearbox and generator setup, provides the HFI energy system with exceptional operational flexibility. This approach transforms the wind turbine from a single-function component into a versatile powerhouse, unlike conventional wind turbines which are limited in their applications.
Advanced Electrolysis Technology At the core of our system is the HFI Anion Exchange Membrane (AEM) water electrolyser. Unlike conventional electrolysers, our AEM technology does not depend on platinum group metals for catalysts. Instead, it incorporates a unique variable cell technology that ensures optimal efficiency, even when operating with a fluctuating energy supply. This innovation positions our AEM electrolyser as a true game-changer in the green hydrogen sector.
The HFI technology is meticulously designed to enhance both the operational efficiency and the lifespan of the electrolyser, significantly reducing downtime and boosting productivity. Additionally, the design allows for individual cells to be replaced seamlessly, without interrupting hydrogen production.
Operating at an impressive 97% efficiency, our electrolyser achieves this without the use of rare earth metals as catalysts. Moreover, it offers a cost-effective solution with a projected price point approximately 50% lower than that of a PEM system, making it an economical choice for sustainable hydrogen production.
For further details on the unique HFI electrolyser please refer to the electrolyser section.
Efficient Hydrogen Storage The HFI hydrogen storage solution utilises a hydrogen hydride system, which stores hydrogen at twice the volume efficiency of liquid hydrogen and over four times as much as compressed hydrogen gas (at 350 bar). This ensures safe and compact storage, further enhancing the practicality and scalability of our energy system. The stored hydrogen is not under pressure or explosive and can be moved safely, making it ideal for storing large quantities of hydrogen for large industries and electrical and gas grid connectivity.
HFI and the University of Bristol, UK have collaborated on the conversion of a hydrogen powered vehicle to demonstrate the advantages of the hydride system for transportation. The converted demonstration vehicle will be the first step towards a large commercial vehicle and heavy equipment installation.
The storage has considerable benefits for the static storage of large quantities of hydrogen.
Competitive Green Hydrogen Production
The HFI system is engineered to produce green hydrogen at under $2 per kilogram, making it a highly competitive solution. The Smart Hydraulic Drive allows for the direct conversion of wind energy to DC electricity, crucial for efficient hydrogen electrolysis. This setup eliminates the need for grid connections, enabling hydrogen production even in remote locations.
Market Applications The HFI Green Hydrogen Energy System is versatile, catering to a wide range of applications from data centres and mining operations to off-grid and smart grid solutions, residential areas, and agricultural settings and temporary remote installations such as construction sites or disaster zones. The HFI technology moves green hydrogen production into the 21st century, offering a cleaner, more efficient alternative to traditional energy sources.
The flexibility of the Smart Hydraulic Drive enables the energy system to supply energy in numerous ways, such as AC or DC electricity, hydraulic power take-off to power farm machinery and irrigation pumps, green hydrogen generation or as storage (battery or hydrogen storage). The HFI energy system can supply a constant supply of energy on or off-grid in either temporary or permanent installations and the modular design and decoupled drive allow rapid expansion in energy generation should the power demand increase.
Join us in revolutionising the energy landscape with the HFI Green Hydrogen Energy System. Our commitment to efficiency, cost-effectiveness, and sustainability positions us at the forefront of the green hydrogen movement, providing a powerful solution for a greener future. |
