250V 85A charge controller. 12/24/48V voltage automatically selected. Bluetooth interface allows programming and monitoring via smartphone. CAN output. The SmartSolar charge controller can even charge a deeply discharged battery. It can operate with a battery voltage as low as 0 volts, provided the cells are not permanently sulfated or otherwise damaged.
250V 85A charge controller. 12/24/48V voltage automatically selected. Bluetooth interface allows programming and monitoring via smartphone. CAN output. The SmartSolar charge controller can even charge a deeply discharged battery. It can operate with a battery voltage as low as 0 volts, provided the cells are not permanently sulfated or otherwise damaged.
Guarantee
24 month
Delivery from Europe in
5 - 8
business days
is an advanced charging regulator from the brand Victron Energy, designed to maximize solar energy utilization. The device is characterized by high efficiency and reliability, offering full compatibility with 12V, 24V, and 48V batteries, automatically adapting to the user's needs. MPPT technology (Maximum Power Point Tracking), the controller automatically optimizes charging efficiency by maximizing the energy produced by the photovoltaic panels, even in low-intensity conditions. This technology makes battery charging even more efficient, and the system operates reliably even on cloudy days.
Built-in Bluetooth interface allows for remote programming and monitoring of system parameters via a mobile app, significantly simplifying operation. All you need is a smartphone to check current system parameters, change settings, or analyze data from charging sessions at any time. VE.Can port allows the device to be connected to more complex energy management systems, making SmartSolar an ideal solution not only for individual users, but also for companies and institutions.
Regulator SmartSolar MPPT 250/85-MC4 VE.Can supports maximum input voltage up to 250V, which allows for flexible configuration of photovoltaic systems with higher voltage panels, thus increasing their efficiency. Charging current 85A guarantees fast and safe battery recharging, making it an excellent choice for medium-sized systems that require fast charging and maximum energy availability. Furthermore, the device can operate even at very low battery voltages – up to 0V, as long as the cells are not permanently damaged, which allows deeply discharged batteries to be saved.
The safety features built into the regulator protect the system against overcharging, deep discharge, and short circuits, ensuring not only safety but also significantly extending the battery's lifespan. Thanks to intelligent algorithms, the device automatically adjusts charging parameters to the conditions, resulting in optimal operation and minimal energy loss.
used in the regulator SmartSolar MPPT 250/85-MC4 VE.Can This is one of the most important advantages of this device. Thanks to it, the controller can find the optimal power point in all lighting conditions, allowing for maximum utilization of solar energy, even in changing weather conditions. Compared to traditional PWM controllers, MPPT technology provides 10-30% greater charging efficiency, which is especially important in systems that need to operate efficiently all year round.
Thanks Battery Life algorithm, the SmartSolar controller automatically adjusts the charging process, ensuring that the batteries are regularly fully charged. This feature is crucial for extending battery life, as operating in a partially charged state leads to faster battery degradation. This algorithm gradually raises the load connection and disconnection thresholds until the battery is fully charged, ensuring long-term, reliable operation.
Regulator SmartSolar MPPT 250/85-MC4 VE.Can This advanced solution for demanding users offers optimal performance and maximum safety. Thanks to MPPT technology and energy management algorithms, the device is ideal for a variety of photovoltaic systems, ensuring long battery life and minimizing the risk of damage. This product not only meets but exceeds expectations for solar energy management.