Modular, low-pressure hydrogen storage engineered for industrial deployment. Intelligent monitoring, compact footprint and seamless integration for reliable hydrogen infrastructure.
| System Specification Matrix | |
|---|---|
| H2 Capacity | Up to 980 kg / 2,160 kWh |
| Pressure (MAWP) | 1.0 MPa (145 psi) |
| Pressure (Design) | Up to 50 bar(g) |
| H2 Purity | Up to 99.9995% (ISO 14687) |
| Proof Pressure | Up to 80 bar(g) / 1 hr |
| Thermal Systems Efficiency | ≥90% |
| Connectivity | INDUSTRY 4.0 / IIoT Ready |
| Unit Size (L x W x H) | 2.99 x 2.44 x 2.89 m (ISO HPC) |
| Unit Weight (Empty) | ~18 tonne |
| Expected Life | ≥20 Year (25+ Year at 45°C) |
Hydrogen is not stored as a free gas, eliminating high pressure risks.
No compression or cryogenic cooling — lower energy consumption.
AI-powered monitoring ensures optimal absorption and release.
The storage material is regenerated and reused for thousands of cycles.
Industry-leading thermal process efficiency across absorption and release cycles.
ISO 14687-compliant purity from every unit, every single time.
AI-powered storage packing at equal capacity — fits where traditional gas systems can't.
Versus compressed-gas storage infrastructure — fundamentally better financials.
HyAI™ is X2Go's AI-powered operations platform — combining predictive analytics, real-time IoT sensor data, and energy market intelligence to continuously optimise every deployment.
High-accuracy forecasting of peak demand events to pre-position hydrogen supply in the hydride matrix.
Responsible to user grid power demand and predicts energy costs across grid tariff and time-of-use windows.
Strategic buy-and-sell of grid electricity assets based on live market pricing and storage fill-states.
Predictive algorithms that continuously model and tune storage absorption/release thermal exchange.
Precise tracking of discharge curves, thermal parameters, and structural system health indicators.
Autonomous local control and scheduling that dynamically adapts in real-time to sudden supply shocks.
X2Go Storage is built for industries where hydrogen is a process feedstock, fuel source, or critical input — wherever compressed gas can't safely or economically operate.
Continuous hydrogen supply for heavy process lines.
Buffer storage for continuous refinery hydrogen demand.
Hydrogen supply for low-carbon production processes.
Stable hydrogen availability for continuous synthesis.
Hydrogen bunkering and port storage infrastructure.
Feedstock storage for synthetic fuel production at scale.
Refuelling infrastructure for hydrogen vehicle fleets.
Buffer storage that improves electrolyser utilisation rates.
Beyond the standard storage system, X2Go builds tailored solutions — sized, configured and integrated to match each customer's site, capacity and uptime requirements.
Site assessment & capacity planning with HyAI™ modelling
Tailored solution designs scaled from pilots to multi-MW projects
Seamless physical integration with electrolysers, fuel cells & grid
Full on-site commissioning, operator training, and 24/7 AI operations support