The present invention discloses composite with high energy storage capacity in energy storage devices comprising graphene, mesoporous graphitic carbon nitride (mc@g-C3N4) and to the process for preparation thereof. The present invention further discloses electrodes employing the said compositie and fabrication of hi...

The present invention discloses a composition for energy storage devices comprising the anodic composite and molten imidazolium salt as electrolyte of general formula (I), wherein, the molten salt electrolyte is operable at varying proportion of the anodic composite and at variable temperature range. The compositio...

The present invention discloses mixed cation doped cuprate cathodes for energy devices notably non-aqueous alkali-ion rechargeable electrochemical cells and batteries and to the process of preparation thereof. More particularly, the present invention relates to doped cuprate cathode active material of Formula (I) th...

The present invention relates to ceria doped mixed cationic cathodes for energy devices notably non-aqueous re-chargeable alkali-ion electrochemical cells and batteries and to the process of preparation thereof. More particularly, the present invention relates to doped cathode active materials of Formula (I) that sh...

The present invention discloses to tungsten doped mixed cationic cathodes for energy devices notably non-aqueous re-chargeable alkali-ion electrochemical cells and batteries and to the process of preparation thereof. More particularly, the present invention discloses to doped cathode active materials of Formula (I) ...

The present invention generally discloses a metalloid metal oxide coating composition of Formula (I) for the alkali mixed metal oxide based battery cathode.The coating of said composition reduces reaction based degradation of the cathode as well as electrolyte, thereby improving performance, cycle life, and rate ca...

The present invention discloses the phenolic resin-based hard carbon-graphite composite as anode material for secondary batteries. More particularly, the present invention discloses a phenolic resin based hard carbon anode material synthesis method and its use as a high-capacity anode material. ...

The present invention discloses a doped cathode material that contains active material made up of layered transition metal oxides-based structure, for rechargeable metal-ion batteries. The present invention further discloses a method of producing a doped cathode material having novel stoichiometry capable of prepari...

The present invention relates to a doped cathode material that contains active material made up of a layered transition metal oxides-based structure, for rechargeable metal-ion batteries. The present invention further relates to a method of producing a doped cathode material having novel stoichiometry capable of pre...

The present invention pertains to doped cathode material that contains active material made up of layered transition metal oxides-based structure, for rechargeable metal-ion batteries. The present invention further provides a mixed cation doped cathode active material of layered transition metal oxides-based structu...