STUDER NEXT3 is a high-end, smart battery inverter/charger with advanced functions. It is designed to play a central role in the energy management of your battery-based system.
With its two MPPT solar inputs, the STUDER NEXT3 can handle a wide range of solar panel configurations, optimizating your energy harvesting capabilities. It can also be used as a standalone inverter or charger, or as part of a larger system.
The STUDER NEXT3 is equipped with intelligent features such as automatic detection of battery type and voltage, and it can be programmed to optimize charging and discharging cycles for different battery chemistries. It also has a built-in AC transfer switch, which allows it to seamlessly switch between grid power and battery power in the event of a grid outage.
STUDER NEXT3 is a high-end, smart battery inverter/charger with advanced functions. It is designed to play a central role in the energy management of your battery-based system.
With its two MPPT solar inputs, the STUDER NEXT3 can handle a wide range of solar panel configurations, optimizating your energy harvesting capabilities. It can also be used as a standalone inverter or charger, or as part of a larger system.
The STUDER NEXT3 is equipped with intelligent features such as automatic detection of battery type and voltage, and it can be programmed to optimize charging and discharging cycles for different battery chemistries. It also has a built-in AC transfer switch, which allows it to seamlessly switch between grid power and battery power in the event of a grid outage.
STUDER NEXT3 is a high-end, smart battery inverter/charger with advanced functions. It is designed to play a central role in the energy management of your battery-based system.
With its two MPPT solar inputs, the STUDER NEXT3 can handle a wide range of solar panel configurations, optimizating your energy harvesting capabilities. It can also be used as a standalone inverter or charger, or as part of a larger system.
The STUDER NEXT3 is equipped with intelligent features such as automatic detection of battery type and voltage, and it can be programmed to optimize charging and discharging cycles for different battery chemistries. It also has a built-in AC transfer switch, which allows it to seamlessly switch between grid power and battery power in the event of a grid outage.
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