![]() ![]() An algorithm known as Q-point Area (under the curve (AUC-Q) between the area of the actual voltage and the desired voltage curves at a Q-point) is devised for determining the Time of Empty for the Lead-Acid Battery in the Voltage-Power (Charge) usage curve. This research introduces certain unique algorithms for the identification of terms related to the battery maintenance like Time Taken to Empty (TTE) the charge of the battery, Time Taken to Fill (TTF) the full charge of the battery, total age remaining of the battery (State of Health or SOH) and total charge expected at a time of a battery (State of Charge or SOC). To tackle these issues, this paper provides and discusses a mechanism to conditionally monitor the inverter and its battery while in use. Another aspect the inverters and battery manufacturers face is the warranty-related issues when the inverter or the battery is not able to provide expected performance while in use. ![]() Equally important is the estimation of the total time taken by the battery of the Inverter to provide the amount of uninterrupted power supply (in terms of time) while the battery is supplying power (during the blackout) and the amount of time taken to charge (while the battery is charging). These help in providing continuous power thus giving an uninterruptible power supply. Inverters are one of the most important sources of energy whenever there is a blackout. ![]()
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