MyH2 Hyper Storage Bundle

Integrated Hydride and Exchanger

Discover the largest-ever low-pressure hydrogen storage capacity with the industry's highest safety factors.

Introducing the MyH2 Hyper Storage bundle, an integrated patent pending H2planet solution that encapsulates advanced thermal management technology for cooling/heating fluids. At the heart of the system is a stainless steel heat exchanger, which is protected and performs well thanks to its aluminum coating. Designed to offer efficiency, reliability, safety and optimized thermal process management in integration with mains water and solar thermal.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

The MyH2 reliability of ALWAYS!

Sold and exported to more than 20 countries worldwide since 2012 MyH2 is the most effective and safe metal hydride hydrogen gas storage system on the market today and with the best storage/price ratio. Opting for MyH2 means adopting the simplest and most effective way of storing hydrogen without any kind of compression process required between electrolysis at pressures greater than 5-10bar and up and storage, i.e. saving energy, components and high pressure problems.

PATENT PENDING heat exchanger

Born from H2planet's experience in metal hydride storage, it is based on an innovative patent idea designed for everyday use at the domestic and industrial level to increase the effciency of MyH2 in both hydrogen storage and gas desorption. The system allows full integrability with solar thermal for optimized gas desorption through hot water circulation. At the same time, connection to the water grid, or to a rainwater collection tank, through a simple tap can ensure optimization of hydrogen charging up to the maximum capacity of the metal hydride.

The Models

The system can be equipped with an automated remote control box as an optional accessory and a wall-mountable panel for quick connections thanks to pre-assembled pipes and fittings.

 The base allows multiple drums to be placed in parallel by joining them using special flanges for maximized storage in a small space and high efficiency.