(EN) The invention relates to the field of electrical engineering. A primary chemical current source comprises a novel class of energy-saturated non-rechargeable chemical current sources based on graphene in a metal-oxidized carbon electrochemical system, wherein a nanostructural material based on graphene-like materials that have increased discharge capacity owing to the presence of various oxygen-containing functional groups that are capable of forming irreversible bonds with ions of the active material of the anode (for example, lithium, sodium, magnesium, calcium, potassium) when going through the current-forming process (discharging) is used as the current-forming component of the cathode. The technical result is increased energy capacity characteristics of the primary chemical current source.
(ZH) 本发明属于电气工程领域。一次化学电流源是金属氧化碳电化学系统中基于石墨烯的一类新的能量饱和的不可充电化学电流源，其中基于石墨烯类材料的纳米结构材料用作电流形成组件阴极，由于各种含氧官能团的存在，能够与阳极活性材料的离子(例如，锂、钠、镁、钙、钾)形成不可逆的化合物，因此具有增加的放电容量电流形成过程(放电)。技术成果是提高一次化学电源的耗电量特性。
