48V 3F Solar Hybrid Inverter PRO 12K 3F 48/230V-400V (12000W) + 2xMPPT (200-650V) Wi-Fi
Continuous Power: 12000W
Nominal Voltage (PV Input (DC): 550V
Maximum Voltage (PV Input (DC): 800V
MPPT Voltage Range (PV Input (DC): 200-650V
Maximum Input Current (PV Input (DC): 13A/26A
Number of MPPT Arrays: 2
Number of Strings per MPPT Input: 3
Output Voltage Range (Inverter AC Output): 220/380, 230/400V
Frequency Range: 50Hz/60Hz
Grid Connection: 3-phase
Maximum Output Current (Inverter AC Output): 20/19.1A
Battery Voltage: 48V
Battery Voltage Range: 40-60V
Maximum Charging Current (Battery): 240A
Output Voltage Waveform: Pure Sine
Protections: Overload, short circuit, Temperature
Max. efficiency (solar panel): 97.10%
Interface: RS485/CAN
Cooling: Fans
Operating temperature: -25°C~60°C >45℃
Dimensions: 446x692x260mm
Weight: 38kg
On-grid: In on-grid when the photovoltaic installation is connected to the user's electrical installation the hybrid inverter works like a typical on-grid inverter. It converts direct current (DC) generated by solar panels into alternating current (AC). Thanks to that we can power electrical devices in the house. Surplus energy is sent via the inverter to the power grid. Off-grid: In off-grid the hybrid inverter operates independently of the user's electrical installation. The energy obtained from solar panels is stored in batteries and then transferred to the connected devices we want to power.
Combines the function of an on-grid and off-grid • Easy parameters configuration via LCD touchscreen • Built-in Smart Meter and current transformers included with the inverter • Cooperation with the Ultra 5 energy storage • Short-circuit, overload and temperature protection • Computer software via USB or external WIFI remote control module included (view and control of parameters) • Compatible with the system BMS • 3-phase power supply with continuous power up to 12kW without mains power • Possibility to connect a 3-phase generator with autostart option (built-in relay) • 5 operating modes: Store Mode, Load First Mode, Battery First Mode, Grid First Mode and Advanced Mode (manual setting of the operating mode for different hours of the day) • Possibility of parallel operation of up to three inverters • Possibility of cooperation with other inverters connected to the building's electrical installation (charging the battery with surplus energy from another inverter)