Victron MPPT Controller SmartSolar 75/10

The ultra-fast SmartSolar MPPT 75V / 10A solar charge controller is used for harvesting energy from solar panels with a voltage of up to 75V. The Bluetooth connection allows you to easily monitor the voltage status of batteries, solar panels and other parameters directly on your smartphone or tablet. In the case of variable cloud cover, when the intensity of solar radiation is constantly changing, the SmartSolar controller reacts very quickly and is able to increase energy yields by up to 30% compared to PWM controllers and up to 10% compared to conventional MPPT controllers. The SmartSolar controller also includes extensive electronic protection against short circuits, overheating or reverse polarity, including protection against a reduction in charger power at high temperatures. The controller's output is short-circuit proof and can also supply capacitive loads, such as inverters.

Key Features of the SmartSolar 75V / 10A MPPT Controller

• Fast solar charger for harvesting energy from solar panels up to 75V
• Bluetooth connection for monitoring voltage status
• The SmartSolar controller delivers high performance under variable cloud cover
• Temperature sensor adjusts charging voltage according to ambient temperature
• The maximum charging current of the controller is 10A
• Victron MPPT allows for automatic detection of battery voltage
• Electronic protection against short circuits, overheating or reverse polarity
• Battery Life charging programme for a longer lifespan

Revolutionary Battery Life Charging Programme

If the SmartSolar controller is unable to fully charge the batteries within one day, the result is often a gradual discharge of the battery, with this state worsening with each cycle. The intelligent Battery Life charging algorithm monitors this condition, and if it starts to occur, it will increase the load disconnect level from the battery each day until absorption charging is achieved. From this point on, the load disconnect value will continue to be adjusted so that absorption charging occurs approximately every week.