초록 ▼

An MH tank module 2 has a hollow outer shell portion 12 formed of metal. The outer shell portion 12 has a plurality of MH powder retaining chambers 22 defined by a plurality of fins 20. A plurality of MH tank modules 2 are bound together by a first tank holder 10 and a second tank holder 11. The tan

An MH tank module 2 has a hollow outer shell portion 12 formed of metal. The outer shell portion 12 has a plurality of MH powder retaining chambers 22 defined by a plurality of fins 20. A plurality of MH tank modules 2 are bound together by a first tank holder 10 and a second tank holder 11. The tank holders 10, 11 are each configured by fastening and fixing first, second, third, and fourth holder components 28-31, which are separate from one another. The first to fourth holder components 28-31 each have a heat medium passage 28f-31f. The first to fourth holder components 28-31 each have recessed portions 33 each corresponding to the shape of a side portion of each MH tank module 2. The MH tank modules 2 are held individually by the corresponding recessed portions 33.

대표청구항 ▼

1. A hydrogen gas storage device comprising: a plurality of tank modules each having a hollow outer shell and a heat conductive member, the hollow outer shell portion being formed of metal and receiving a hydrogen absorbing metal, and the heat conductive member being capable of conducting heat to bo

1. A hydrogen gas storage device comprising: a plurality of tank modules each having a hollow outer shell and a heat conductive member, the hollow outer shell portion being formed of metal and receiving a hydrogen absorbing metal, and the heat conductive member being capable of conducting heat to both of the outer shell portion and the hydrogen absorbing metal;at least one tank holder configured by fastening and fixing a plurality of separate holder components together using a fastening member; anda heat medium passage formed in at least one of the holder components, a heat medium flowing in the heat medium passage,wherein the holder components have recessed portions each corresponding to the shape of a side portion of the corresponding tank module, the recessed portions holding the corresponding tank modules individually, heat exchange occurring between the heat medium flowing in the heat medium passage and the tank modules, andwherein the heat medium passage is formed in such a manner that the tank modules are exposed to the heat medium flowing in the heat medium passage. 2. The hydrogen gas storage device according to claim 1, wherein the heat medium passage is arranged between the corresponding ones of the tank modules. 3. The hydrogen gas storage device according to claim 1, wherein the tank holder is one of a plurality of tank holders, the tank holders including at least a first tank holder, which binds first end portions of the tank modules together, and a second tank holder, which binds second end portions of the tank modules together. 4. The hydrogen gas storage device according to claim 1, wherein, when each adjacent pair of the holder components are fastened and fixed together, the recesses of each adjacent pair of the holder components face each other, each facing pair of the recesses holding a corresponding one of the tank modules. 5. The hydrogen gas storage device according to claim 1 employed in an electric vehicle having a fuel cell.