GreenHy2 Pty Ltd. products

Energy storage capacity : 10 - 25 kg hydrogen (165 - 420 kWh electrical). Power : 7kW / 19kW peak load (15 min every 12h). Electrical system : 1 or 3 Phase to local requirement. EU 120V/230V/400V - 50 Hz NA120V/240V/480V - 60 Hz.

GreenHy2's modular hydrogen storage solutions, known as H2G Energy Systems, are designed to cater to a variety of energy storage demands. These systems range in size from the MINI, with a capacity of 500 kWh, the MIDI with 2.5 MWh, and the MAXI with 5 MWh or 300 kg of hydrogen. They can be customized to integrate seamlessly with H2G's energy systems by selecting suitable fuel cells and electrolyzers based on the load and location of the customer. The configurations are verified using simulation software to achieve desired performance. These systems offer low-pressure and solid-state hydrogen storage options, supplemented by other battery types such as LAB or Li-ion, as well as super capacitors. GreenHy2 systems showcase versatility, being applicable in areas like microgrids, standalone power supplies, and backup power systems, thus addressing various energy requirements with enhanced safety and reduced carbon footprint.

GreenHy2 offers a comprehensive range of modular hydrogen storage solutions, designed to seamlessly integrate into various energy systems. These systems, known as the H2G series, include the MINI, MIDI, and MAXI configurations, providing storage capacities of 500 kWh, 2.5 MWh, and 5 MWh or 300 kg of hydrogen, respectively. Each module is customizable, allowing for optimized configurations that utilize fuel cells and electrolysers to meet specific load demands and energy inputs. Additionally, these modules can be stacked to accommodate larger storage requirements. GreenHy2’s approach focuses on efficiency and adaptability, offering configurations that can include solid-state or low-pressure hydrogen storage, supplemented by other technologies like LAB or lithium batteries and supercapacitors. This modular strategy is designed for diverse applications, ranging from microgrids and commercial buildings to maritime transport and industrial processes, while ensuring a reduced carbon footprint compared to traditional Li-ion batteries.