Multifunctional solar inverter EASUN POWER 8000WMultifunctional solar inverter EASUN POWER 8000W EASUN solar inverters are designed to build independent 230V off-grid power systems based on energy obtained from PV panels, the power grid and a battery. Thanks to their modular design and flexible configuration, EASUN inverters can operate in UPS mode with battery charging from PV panels and/or the power grid, they can also work in buffer systems powered only by PV panels and/or supported by power from the grid.
Specification
Built-in Wi-Fi for mobile monitoring (Android/IOS apps available)
Supports USB On-the-Go function
BMS lithium battery support (Pylontech, Weco, Soltaro)
Replaceable fan design for easy maintenance
Battery-free operation (single mode only devices)
Configurable AC/PV output clock and priority
High power charging current selection selectable input voltage range for home and personal devices
Compatible with mains power or generator input
Built-in dust protection kit
Optional DC output on DC fan, LED bulb, router and so on
Parallel operation up to 6 units, built-in parallel kit
Detachable LCD remote control display
High PV input design, max. 500V (Voc) input
Input
Nominal voltage: 230VAC
Allowable voltage range: 170-280VAC (for personal computer),90-280VAC (for home appliances)
Frequency: 50/60Hz (auto detection)
Output
Nominal voltage: 230VAC ± 5%
Impact power: 16000VA
Efficiency (peak): 90% ~ 93%
Waveform: Pure sine wave
Transfer time: 15ms (for personal computer), 20ms (for home devices)
No power consumption: <.70W
DC voltage (optional): 12VDC ± 5%, 100W
Battery
Battery voltage: 48VDC
Floating charging voltage: 54VDC
Overcharge protection: 66VDC
Solar charger type: MPPT
Max. PV array power: 8000W(4000Wx2)
Max. PV Open Circuit Voltage: 500VDC
MPPT Range @ Operating Voltage: 90VDC ~ 230VDC
Maximum Solar Charging: 120A
Maximum AC Charging Current: 120A
Maximum Charging Current: 120A
Dimensions, L x W x H ( mm): 147.4x432.5x553.6
Net weight(kg): 18.4
Communication interface: USB/RS232/RS485/Wifi
Operating temperature: -10°C to 50°C
Storage temperature: -15 °C ~ 60°C
Humidity: 5% to 95% relative humidity (non-condensing)
MPPTThe characteristic name MPPT comes from the English words translated as Maximum Power Point (MPP for short), which is used in the current-voltage description of panels solar. MPP is the point at which the solar panel obtains the highest voltage in given atmospheric conditions. The maximum power point will have a different value and location on a cloudy and sunny day. In turn, the name MPPT refers to charging regulators that are equipped with a special electronic algorithm. It is this that allows continuous monitoring of the Maximum Power Point of the electrical voltage in photovoltaic panels