Redodo 40A MPPT 12V/24V Car DC Input Solar Charge Controller with Built-in Bluetooth Module, Parameter Adjustable LCD Display LED Display

• 12/24V MPPT with 99% tracking technology: Redodo 12V/24V 40A MPPT solar charge controller has advanced tracking technology with tracking efficiency of up to 99% and peak conversion efficiency of up to 98%. It can track the maximum power point of the array to get the maximum power to charge the battery and load.
• Practical built-in Bluetooth module: The Redodo 40A MPPT solar charge controller is equipped with an RS485/Bluetooth communication port to which a Bluetooth adapter can be connected (included), so the user can remotely monitor the real-time status of solar panels, batteries and loads and the built-in Bluetooth module makes operation even easier.
• LCD display and LED monitoring: MPPT solar charge controller is equipped with an LCD display and LED indicators and has 4 control buttons. The screen provides a clearer view of the data and the LEDs are useful for monitoring the status of each device.
• Support multiple battery types: Redodo 12V/24V 40A MPPT solar charge controller has LiFePO4 battery charging mode as standard, which is suitable for most of the lithium iron phosphate batteries on the market. At the same time, it can be compatible with other types of batteries by selecting the parameters, such as: sealed, gel type lead-acid batteries.
• Environmentally friendly and heat-dissipating multifunctional housing: The MPPT solar charge controller from Redodo is made of aluminium alloy to ensure heat dissipation while reducing power loss. The material is safe and environmentally friendly. The controller has built-in protection for reverse polarity, over-current, over-voltage, short circuit protection, over temperature, which provides safety devices for the whole solar system.

Redodo 12V/24V 40A MPPT solar charge controller has advanced tracking technology with tracking efficiency up to 99% and peak conversion efficiency up to 98%. It can track the maximum power point of the array to get the maximum power to charge and charge the battery.