Metal Hydride Technology
Solid State Hydrogen Storage
Hydrogen locked in metal hydride at just 3.5 MPa — no 700-bar cylinders, no leakage worries, no bulky compression station. From single canisters to an 11.9 kg storage module, ready for fuel cell vehicles and stationary power.
JYT203-H1 Metal Hydride Canister
11.9 kg Storage Module (10-Canister Rack)
Why Choose Solid State Over Compressed Gas?
3.5 MPa, Not 350 Bar
Filling pressure is one-tenth of high-pressure storage — safer to handle, cheaper to refuel, and no heavy-duty compression station required.
Hydrogen Locked in Metal
Stored as metal hydride, not free gas — no high-pressure leakage path, stable in storage, and inherently safer around people and buildings.
Modular by Design
Start with one canister, scale to a 10-bottle rack with liquid cooling. Swap bottles like batteries or refill in place through a quick-plug port.
Ready for Fuel Cell Systems
Low-pressure output matches fuel cell inlet requirements directly — no extra regulation stage between storage and stack.
Where Solid State Storage Fits
Typical deployments
01
Fuel Cell Vehicles
Forklifts, bikes, scooters and golf carts. Low-pressure onboard storage that pairs directly with fuel cell systems like our 15 kW forklift power system.
02
Backup & Stationary Power
Long-duration storage without venting losses. Hydrogen stays locked in the alloy for months — ready when the grid is not.
03
Laboratories & R&D
Safe indoor hydrogen supply. Low-pressure canisters are the practical choice where high-pressure cylinders are restricted.
04
Distributed Energy
Pair with electrolysis and fuel cells. Build a self-sufficient power module for off-grid sites, telecom stations and remote facilities.
From Client
Frequently Asked Questions
What is solid state hydrogen storage?
Hydrogen is absorbed into a metal alloy, forming a metal hydride. It is stored as a solid at low pressure, and released on demand by gentle heating — a fundamentally safer way to hold hydrogen than compressing it as free gas.
How is the canister refilled?
At only 3.5 MPa — reachable with a compact electric hydrogen booster or air-driven gas booster, or through our solid state hydrogenation machine. Canisters can also be swapped like batteries.
Solid state vs. high-pressure cylinders — which do I need?
Solid state wins on safety, indoor use and low-pressure infrastructure; compressed gas wins on weight and fast discharge at scale. Tell us your application and we will recommend the right route.
Can capacity be customized?
Yes. Canister count, rack layout and cooling configuration are all configurable. Contact us for a quotation.
Planning a Hydrogen Storage Project?
Tell us your capacity, application and refueling conditions — we will configure the right storage module.