HBank Technologies Inc. products

The HB-SC-0010-Q is especially designed for small size fuel cells, fuel cells in toys, etc. With the latest achievements in solid metal hydride technology of AB5-type alloys and unique techniques of alloy loading the HB-SC-0010-Q is one the most advanced hydrogen storage system. The HB-SC-0010-Q can safely store hydrogen in the solid state and release it steadily at ambient temperature without additional energy source - an important issue for fuel cell application. The enhanced discharge gas flow rates of the HB-SC-0010-Q makes it a highly competitive gas supply source for various PEM fuel cells (up to 5 W).

The HB-SC-0220-Q is used for backing up hydrogen sources in laboratory rooms. It is designed to provide hydrogen for stationary instruments(GC, GC-MS, et al.), and able to run for over three units of GC instruments at the same time. It is a hydrogen storage system, based on the latest achievements in solid metal hydride technology of AB5-type alloys as well as on unique techniques of alloy loading. It allows to store and release the gas at ambient temperature and at designed pressure range from 1.0 up to 10.0 atm with very high stability of gas flow: 95% of stored gas can be released with designed maximum flow rate at almost constant temperature.

The HB-FR07-0500-B is a mini-hydrogen station. With the latest achievements in solid metal hydride technology of AB5-type alloys and unique techniques of alloy loading the HB-FR07-0500-B is one the most advanced hydrogen storage system. The HB-FR07-0500-B can safely store hydrogen in the solid state and release it steadily at ambient temperature without additional energy source - an important issue for fuel cell application. The enhanced discharge gas flow rates of the HB-FR07-0500-B makes it a highly competitive gas supply source for large variety of PEM fuel cells (up to 150 W).

The HB-SC-0660-N is designed for situational fuel cells in eletric bikes and motorcycles. With the latest achievements in solid metal hydride technology of AB5-type alloys and unique techniques of alloy loading the HB-SC-0660-N is one the most advanced hydrogen storage system. The HB-SC-0660-N can safely store hydrogen in the solid state and release it steadily at ambient temperature without additional energy source - an important issue for fuel cell application. The enhanced discharge gas flow rates of the HB-SC-0660-N makes it a highly competitive gas supply source for large variety of PEM fuel cells (from 100 W up to 400 W). 

The HB-SS-3300 is designed for fuel cells in backup power units and small hybrid or hydrogen cars. With the latest achievements in solid metal hydride technology of AB5-type alloys and unique techniques of alloy loading the HB-SS-3300 is one the most advanced hydrogen storage system. The HB-SS-3300 can safely store hydrogen in the solid state and release it steadily at ambient temperature without additional energy source - an important issue for fuel cell application. The enhanced discharge gas flow rates of the HB-SS-3300 makes it a highly competitive gas supply source for large variety of PEM fuel cells (from 500 W up to 1 KW).

The HB-SS-3300-L is designed for fuel cells in backup power units and small hybrid or hydrogen cars. With the latest achievements in solid metal hydride technology of AB5-type alloys and unique techniques of alloy loading the HB-SS-3300-L is one the most advanced hydrogen storage system. The HB-SS-3300-L can safely store hydrogen in the solid state and release it steadily at ambient temperature without additional energy source - an important issue for fuel cell application. The enhanced discharge gas flow rates of the HB-SS-3300-L makes it a highly competitive gas supply source for large variety of PEM fuel cells (from 500 W up to 1 KW).

The HB-SS-16500 is designed for fuel cells in backup power units and small hybrid or hydrogen cars. With the latest achievements in solid metal hydride technology of AB5-type alloys and unique techniques of alloy loading the HB-SS-16500 is one the most advanced hydrogen storage system. The HB-SS-16500 can safely store hydrogen in the solid state and release it steadily at ambient temperature without additional energy source - an important issue for fuel cell application. The enhanced discharge gas flow rates of the HB-SS-16500 makes it a highly competitive gas supply source for large variety of PEM fuel cells (from 500 W up to 1 KW). 

The HB-SS-16500-L is designed for fuel cells in backup power units and small hybrid or hydrogen cars. With the latest achievements in solid metal hydride technology of AB5-type alloys and unique techniques of alloy loading the HB-SS-16500-L is one the most advanced hydrogen storage system. The HB-SS-16500-L can safely store hydrogen in the solid state and release it steadily at ambient temperature without additional energy source - an important issue for fuel cell application. The enhanced discharge gas flow rates of the HB-SS-16500-L makes it a highly competitive gas supply source for large variety of PEM fuel cells (from 500 W up to 1 KW).

1.5kW fuel cell (Plug Power; model "Gen Cote 5B48"). 2 2",Hydrogen storages(H Bank model ;"HB-SS 16500"). 3Hydrogen generator (Proton Energy; model "HOGEN 40`).