초록 ▼

An improved heat accumulator based on chemical solid/gas storage reactions is provided. A solid/gas reaction storage material resides in a container which can be charged and discharged by means of a heat carrier gas. Thus, through chemical reaction, a reaction component is released or absorbed. In o

An improved heat accumulator based on chemical solid/gas storage reactions is provided. A solid/gas reaction storage material resides in a container which can be charged and discharged by means of a heat carrier gas. Thus, through chemical reaction, a reaction component is released or absorbed. In order to provide the simplest structure possible with minimal loss of useful energy, the storage material is arranged in the container in a continuously apportioned configuration and such that the heat carrier gas flows directly around it. The reaction components are released into or drawn from the region through which the heat carrier gas flows.

대표청구항 ▼

Heat accumulator operating with chemical solid state/gas storage reactions with a reaction component comprising: a container; a solid state/gas reaction storage material arranged in said container, said solid state/gas reaction storage material being chargeable by absorbing heat from a heat carrier

Heat accumulator operating with chemical solid state/gas storage reactions with a reaction component comprising: a container; a solid state/gas reaction storage material arranged in said container, said solid state/gas reaction storage material being chargeable by absorbing heat from a heat carrier gas and releasing said reaction component into said heat carrier gas and dischargeable by incorporating at least a portion of said reaction component introduced into said container and releasing heat into said heat carrier gas; a support structure within said container, said support structure comprising separate compartments that are open towards said heat carrier gas; said storage material being permanently arranged in said separate components and divided by into portions within said compartments; and said heat carrier gas flowing directly around said portions of said storage material for releasing said reaction component into and having said reaction component incorporated from the space through which said heat carrier gas flows.