Zulu one acts as a control interface between the battery and devices such as: 1) a battery charger, 2) a battery load tester, 3) a battery de-sulfation device, 4) a battery acid adjustment device, and/or 5) many other devices. This capability allows you to develop and save custom battery repair and optimization processes referred to a Battery Optimization Profiles. Battery Optimization Profiles are simply sequential instructions that control devices commonly used in the battery industry to repair, de-sulfate or test a battery. Once a Battery Optimization Profile is developed for the unique operational and environmental conditions experienced by the end-user, it can be used to standardize the operation of the battery without the use of labor, or the need for specialized personnel training.
Once the data is imported into a spreadsheet for example, it can be easily manipulated to produce stunning charts, graphs, scientific analysis, advanced statistical analysis, battery life remaining analysis, battery cost of operation analysis, or sales and management reports. These management reports can be used in a wide variety of ways, such as validating battery warranty, analyzing warehousing battery efficiency, proving electrical savings and efficiency, or many other applications. Thus, the evaluation of Zulu One battery and cell specific data can be used to minimize operational expenses, while maximizing battery life.