The present invention relates to the field of electrode materials for Sodium ion batteries. Rice Straw derived pure-phase hard carbon material has been synthesized as a high performance anode material for Sodium-ion batteries (SIBs). The synthesized pure phase hard carbon material delivers high performance as anode ...

The invention relates to the field of electrode materials for energy storage devices like Sodium ion batteries and supercapacitors. The invention provides a facile, cost effective and industrial scalable method for preparing hard carbon from cattle manure as electrode material for sodium ion batteries and superca...

The present invention relates to a pure phase high-performance anode material from sugarcane bagasse for and its method of preparation thereof. The invention provides low cost, high yield, high performance, and stable electrode (anode) material for rechargeable metal-ion batteries. The pure phase hard carbon materia...

ABSTRACT POSITIVE ELECTRODE FOR SODIUM ION BATTERY AND PREPARATION METHOD OF THE SAME The present invention relates to a sodium-ion battery positive electrode and its method of preparation. The present invention provides a modified binder to prepare the positive electrode slurry with improved dispersibility and a...

ABSTRACT NEGATIVE ELECTRODE FOR SODIUM ION BATTERY AND PREPARATION METHOD OF THE SAME The present invention relates to method for preparing the electrode active material slurry by varying the constituent ratios. The invention provides a method for preparing the negative electrode slurry by combining a clustered co...

The present invention relates to a composite material for Sodium ion batteries and the method of synthesis of the cathode material of Sodium ion batteries. The invention provides the method of synthesis of high performance and stable cathode material for Sodium ion batteries. Figure 1

The present invention relates to a method of in-situ synthesis of nitrogen doped carbon coated Sodium Vanadium Fluorophosphates (N-doped carbon coated NVPF) material. The material provided is high yield and high performance cathode material for Sodium ion batteries. The invention provides the crystal structure of NV...

The present invention relates to a cathode material for sodium-ion batteries that exhibits significantly improved electrochemical performance and its method of synthesis. The cathode material incorporates specific metal dopants into the NVPF structure and provides an improved cathode material which reduces the in...