These curves help in understanding the behavior of the battery under different loads. Interpretation: A steeper curve indicates a higher discharge rate, while a flatter curve suggests a more moderate rate. The form of parameter identification is presented. Some points of the discharge curve are required and it is performed computer simulations in which s found the best degree for polynomial interpolation. It is performed the analysis of similarities between interpolation and battery model. The. . Lead-acid batteries show a characteristic with continuously decreasing voltage when discharged with constant current. Figure 1 shows the modeled discharge profile for a 600 Ah cell loaded with varying power. The reason for this wide usage of lead-acid batteries is their low cost in combination with their performance robustness for a broad range of operating conditions. However, one drawback. . Abstract—The discharge behavior of electrochemical solid state batteries can be conveniently studied by means of electrical analogical models. This paper builds on one of the best known models proposed in literature for lead-acid electrochemistry (the Ceraolo's model) by formulating an alternative. . At some point of discharge the electrode sulfation builds to a point where it becomes difficult to recharge the battery. This “over-discharge” regime should be avoided. 9 (305 x 168 x 227) If we discharge. . our set of Trojan L-16W deep cycle lead-acid batteries. Each Trojan L-16 battery is composed of t ree series connected, 350 Ampere-hour, lead-acid cells. The graphs and the data here relates to six of th se lead-acid cells in series forming a 12 Volt battery. Those of you using a 24 Volt system. .
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