Two-wheeler energy storage battery

In contrast, two-wheeler batteries require lower power output, present less manufacturing complexity, and can accommodate the current higher cost of solid-state batteries, making the electric two-wheeler market an ideal “training ground” for Foxconn's entry into solid-state battery manufacturing.

TrendForce notes that Foxconn and Blue Solutions chose to focus on electric two-wheelers rather than electric cars as an entry point for refining solid-state battery technology. Automotive solid-state batteries must achieve balanced performance in cycle life, charge/discharge rates, energy density, and cell capacity.

They use wireless power transfer (WPT) along with the hybrid energy storage system (HESS) wherein a battery bank combined with a supercapacitor focusses on improving the lifetime and potential of the electric scooter. The proposed plan is suggested for commercial 48 V electric scooters.

Battery chemistry has always been used for mobility and as efficient sources of energy. With improving energy densities, they have been introduced to both two, three and four wheelers alike. Three of the primary battery technologies used in electric scooters till date, are the NiMH, Lead–acid and Li-ion batteries. 2.1.1. Nickel-metal hydrides

Energy Storage systems such as Lead–acid, Nickel Metal Hydride (NiMH) and Lithium-ion (Li-ion) batteries have been extensively used, with the latter possessing minimal maintenance and various hybrid mechanisms gaining popularity in recent times (Buchmann, 2016).

Road safety is a major concern although one may concede that in general, two wheelers are less safe on roads compared to three or four wheelers with 48,746 two-wheeler riders casualties, much higher than car/jeep/taxi users at 26,869 in India in 2017 (Mullen and Kwon, 2016).