Improve Performance of an Energy Storage System

Abstract

This paper proposed a battery efficient system to increase the life of the lead acid battery and
life cycle cost of the solar lighting system and reduces operational losses, which is directly
impacted by the battery. This process reconditions, maintains and rejuvenates “aged, weak
and dead” batteries completely safer, faster at fractional cost. It’s completely eco-friendly
and reduces carbon foot print. This is not a battery charger but a battery regenerator. It
extends minimum 2 times of battery lifespan. It reduces CO2 greatly after regenerating aged
batteries from automotive traction, industry, UPS, hybrid car, electric vehicles and smart
grid. It does maintain functioning batteries in a new condition and also a new incredible
space invention that extends the life of batteries. This excellent performance for correct
restoration with pulsed charging and discharging. By using this about 70% of lead acid
batteries fail prematurely because of a build-up of lead sulphate on the plates of lead acid
batteries or impurities on others. This build up causes the battery to become unstable at
approximately 1/3rd of its natural life. Battery life maximize solution dissolves this build up
restoring the battery to full capacity based on cutting edge technology. The main cause of the
batteries dying is sulfation. The sulfating builds up on the battery electrodes preventing it
from properly charging.