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).

With the latest achievements in solid metal hydride technology of AB₅-type alloys and unique techniques of alloy loading the HB-SC-0100-Q is one the most advanced hydrogen storage system. The HB-SC-0100-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-0100-Q makes it a highly competitive gas supply source for large variety of PEM fuel cells (from 20 W up to 100 W).

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).

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).

With the latest achievements in solid metal hydride technology of AB₅-type alloys and unique techniques of alloy loading the HB-SS3300 is one the most advanced hydrogen storage system. The HB-SS3300 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-SS3300 makes it a highly competitive gas supply source for large variety of PEM fuel cells (from 500 W up to 1 KW).

With the latest achievements in solid metal hydride technology of AB₅-type alloys and unique techniques of alloy loading the HB-SS16500 is one the most advanced hydrogen storage system. The HB-SS16500 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-SS16500 makes it a highly competitive gas supply source for large variety of PEM fuel cells (up to 5 KW).