Product Introduction of Electric Vehicle Battery Load Banks
Since the establishment of Australia E-Nanny Electric factory, we have been the supplier of Electric Vehicle Battery Load Banks for many customers in Europe and the United States and other countries. Electric Vehicle Battery Load Banks has the advantage of having a large user-friendly touch screen menu and a built-in data monitoring acquisition system, complete with wireless modules for monitoring individual cell voltages. The wireless modules are easy to hook up. Each module can record the real-time voltage of up to four individual cells or multi-cell blocks. During the test, the user can view real-time data on the unit’s large 5.7" color screen or through their own laptop. Our products have a wide range of use, good quality, low prices, support mass customization services, and have more price discounts to maximize the interests of both parties. We look forward to your email to contact us.
Product Benefits of Electric Vehicle Battery Load Banks
1). Adopting Bluetooth wireless battery monitoring technology, available for 2V/6V/12V batteries voltage monitoring.
2). Each wireless module can monitor 4 batteries simultaneously, comparing with the traditional method that each module only can monitor 1 battery, the new wiring operation become easier because the quantity of new modules needed is only a quarter of old-fashioned modules.(only 6 new wireless modules for 48V battery groups).
3). Available for offline & online discharging test of multiple battery groups (up to 4 groups), Electric Vehicle Battery Load Banks can simultaneously record the actual discharge currents of each battery groups in the test. (As accessories, extra current clamps are needed for multiple groups testing).
4). The discharge current is continuously adjustable and automatically keep stable, during the online discharging, the current displayed in LCD = the discharge current of battery group = the current created by main machine + the current of the actual load. Because during the discharging the current of the actual load probably changing according the decrease of the online voltage, Electric Vehicle Battery Load Banks can automatically adjusted to keep the current stable in the whole testing.
5). Offering manual function for setting the battery number which voltages below the threshold value, this design could help you to locate more lag batteries in once constant discharging.
Product Features of Electric Vehicle Battery Load Banks
1). Support to connect several Electric Vehicle Battery Load Banks extension loads in parallel, Electric Vehicle Battery Load Banks can connect more than one extension loads and fulfill the synchronization control in the discharging.
2). Applying the electric heating component made by aero-alloy for the power consumption section, new generation material level up the coefficient of safety and the transition rate between electricity and heat, meanwhile reduce the volume and weight.
3). Automatic calculating function for the discharging current, Electric Vehicle Battery Load Banks installs the discharge current formulae for all hourrates internally, so the setting interface can tell users the suitable discharge currents without manual calculation according the marked capacities of battery groups and the testing hourrates.
4). Real scan and display the voltage data of each battery during the discharging, and display the histogram of all batteries to follow the battery voltage tracks in whole discharging process, using the different color to highlight the lowest and the highest voltage can simplified the analysis of the variety of battery voltages.
5). 5.7 inch colorful touching LCD screen, the big touching screen can fulfill the click operation on the screen easily and directly, and show all parameters and the voltage histogram in the discharging process.
6). Intelligent judge program, Electric Vehicle Battery Load Banks can identify the situations that the battery voltages reach the threshold value or the signal missing by manual mistake.
Product Parameter (Specification) of Electric Vehicle Battery Load Banks