To improve the electrical conductivity of LTO electrodes, one approach is to synthesize nanosized LTO particles and coat them with conductive carbon. .The problem of gassing has been addressed by the application of inorganic coatings like AlF3 that improve cyclic performance . Li5Cr7Ti6O25 is another promising material that is being considered for improved performance . CeO2 coating has been seen to improve the performance of Li5Cr7Ti6O25 . Nanostructured LTO electrodes with high power density have been shown to improve performance by decreasing electrode polarization. Highly porous LTO electrodes are also being considered as they increase the number of sites for lithium-ion insertion, thus reducing polarisation Various modification techniques like morphology control, size control, heteroatom doping, and surface modifications have been explored for improving the performance of LTO .