Solar Boost Controller, 24V 36V 48V 60V 72V 300W Boost MPPT Solar Controller Electric Vehicle Charger Energy Saving Solar Panel Battery Regulator Controller for Ebike
Specification: Item Type: Solar Boost Controller Material: Aluminum alloy
Overvoltage: 28.8V(24V), 43.2V(36V), 57.6V(48V), 72.0V(60V), 86.4V(72V), can
be set by yourself Power: ?300W Solar Input Voltage Range: 12~50V (voltage of
solar panel should be lower than that of battery) MPPT Voltage Range: 15~45V
Reverse Connection : Reverse connection of battery will blow MPPT Efficiency:
?99% Machine Efficiency: ?95% Operating Temperature: -35?~55? Insulation
Resistance: AC1KV, 5min test/?20M? Waterproof Class: IP54 Package List: 1 x
Controller 1 x 1 x User Manual Note: This solar boost charging controller
requires that the solar panel voltage is lower than the battery voltage, and
the panel power is less than 300W. For example, to the 48V battery (battery),
it is best to use 36V or 30V, and you can also use 18V panel.
 
Product Features
  

         
FOR VARIOUS BATTERY TYPES: This product can be applied to a variety of batteries, including lithium battery, lithium iron battery, battery, etc. (battery voltage 24V 36V 48V 60V 72V, etc.), with high charging efficiency
         
CLEAR DISPLAY: 4 digit digital tube, real time display panel voltage, charging current, battery voltage, etc., convenient and clear display of charging state. Also allows customers to set the battery voltage and charging parameters freely
         
AND AVOID MISCONTACT: Wide maximum power point of photovoltaic array, operating voltage range of 12V50V. With children lock function, to prevent charging error caused by the wrong touch of the key
         
DYNAMIC PARAMETERS: The design of direct display of each parameter, dynamic display of the device operating data and working state, panel voltage, charging current, battery voltage, etc.
         
ENERGY SAVING AND HIGH EFFICIENCY: Advanced MPPT maximum power point tracking technology, the maximum tracking efficiency of 98%, can save panel energy, reduce panel cost. Excellent components are used to improve system performance. The maximum conversion efficiency is 97%