Use of a composition in a battery, wherein the composition comprises (i) at least one dispersing agent selected from a diketopyrrolopyrrole pigment derivative having a basic functional group(s), an azo pigment derivative having a basic functional group(s), a phthalocyanine pigment derivative having a basic functional group(s), a diaminodianthraquinone pigment derivative having a basic functional group(s), an anthrapyrimidine pigment derivative having a basic functional group(s), a flavanthrone pigment derivative having a basic functional group(s), an anthanthrone pigment derivative having a basic functional group(s), an indanthrone pigment derivative having a basic functional group(s), a pyranthrone pigment derivative having a basic functional group(s), a violanthrone pigment derivative having a basic functional group(s), a quinacridone pigment derivative having a basic functional group(s), a dioxazine pigment derivative having a basic functional group(s), a perynone pigment derivative having a basic functional group(s), a perylene pigment derivative having a basic functional group(s), a thioindigo pigment derivative having a basic functional group(s), an isoindoline pigment derivative having a basic functional group(s), an isoindolinone pigment derivative having a basic functional group(s), a quinophthalone pigment derivative having a basic functional group(s), a threne pigment derivative having a basic functional group(s), a metal complex pigment derivative having a basic functional group(s), an anthraquinone derivative having a basic functional group(s), an acridone derivative having a basic functional group(s) and a triazine derivative having a basic functional group(s) and (ii) a carbon material as a conductive additive, and wherein the composition does not comprise a dispersing resin. (i) at least one dispersing agent selected from a diketopyrrolopyrrole pigment derivative having a basic functional group(s), an azo pigment derivative having a basic functional group(s), a phthalocyanine pigment derivative having a basic functional group(s), a diaminodianthraquinone pigment derivative having a basic functional group(s), an anthrapyrimidine pigment derivative having a basic functional group(s), a flavanthrone pigment derivative having a basic functional group(s), an anthanthrone pigment derivative having a basic functional group(s), an indanthrone pigment derivative having a basic functional group(s), a pyranthrone pigment derivative having a basic functional group(s), a violanthrone pigment derivative having a basic functional group(s), a quinacridone pigment derivative having a basic functional group(s), a dioxazine pigment derivative having a basic functional group(s), a perynone pigment derivative having a basic functional group(s), a perylene pigment derivative having a basic functional group(s), a thioindigo pigment derivative having a basic functional group(s), an isoindoline pigment derivative having a basic functional group(s), an isoindolinone pigment derivative having a basic functional group(s), a quinophthalone pigment derivative having a basic functional group(s), a threne pigment derivative having a basic functional group(s), a metal complex pigment derivative having a basic functional group(s), an anthraquinone derivative having a basic functional group(s), an acridone derivative having a basic functional group(s) and a triazine derivative having a basic functional group(s) and (ii) a carbon material as a conductive additive,