5.6KW Portable Energy Storage Hybrid Inverter
Model：MARS48-5600W
5.6KW Portable Energy Storage Hybrid Inverter, with bidirectional inverter, utility charging, solar charging, UPS, grid-connection, parallel, etc., the product program derived from the home energy storage inverter comprehensive functions, compatible with the house and balcony energy storage functions, while having easy installation and commissioning, simple operation and maintenance, etc., stable performance and practicality. The balcony energy storage system, including micro hybrid inverter products and batteries, is designed for common balcony application scenarios. With this system, it enables energy conversion to power household loads while storing excess energy in small houses such as apartments. Thanks to its plug-and-play design, the system can be easily installed and assembled through DIY, which greatly saves installation and O&M costs. In addition, users can manage and control their energy production through a mobile app based on their actual power needs.
5.6KW Portable Energy Storage Hybrid Inverter
Energy storage during the day and power supply at night.
Energy efficient grid-connected power generation.
Plug and play without installation.
Grid-connected power APP adjustment.
Product Features
Super fast charging
Charge/reverse bi-directional conversion, charge/reverse equal power, charging power can be set
Grid-connected
Grid-connected function, grid-connected power can be set, suitable for balcony energy storage application scenarios, and at the same time can be combined with the utility load (self-generation and self-consumption);
Split-phase
3 inverters can form a 3-phase system, and more than 3 inverters can be configured with different phase capacities according to the usage
requirements.
High efficiency MPPT
MPPT tracking efficiency up to 99.9%, maximum power of 1600w.
Excellent load adaptability
Output 100/110/120V & 220/230/240V, 50/60Hz sine wave, strong overload capability, suitable for all kinds of IT equipments, power tools, household appliances, not picking loads.
Cell phone APP to set the working mode, grid-connected time and power
With Wifi/Bluetooth to connect to cloud platform remotely.
Ultra-wide input voltage and frequency range
Extremely wide input voltage range of 90-280Vac (for 220V system) &
90-140Vac (for 110V system) and frequency range of 40-70Hz, no fear of harsh power environment (voltage and frequency are within the specific range for grid-connected use).
Charging mode output protection
Output can be controlled and no output at all during mains charging mode.
High charging and discharging efficiency
Adopting advanced technology design, low loss, low heat generation, saving battery power and prolonging discharge time.
Battery under-voltage wake-up (mains wake-up and MPPT wake-up)
Battery under-voltage wake-up (utility wake-up and MPPT wake-up) þ Battery under-voltage protection when the battery is not charged in time after outdoor power use and left for a long time resulting in a serious battery deficit
DSP digital control technology
Adopting advanced DSP digital control technology, multiple perfect protection, stable and reliable.
Paralleling
Up to 6 units can be connected to the grid High power density, small footprint, light weight, strong structure, small footprint and suitable for portable and mobile applications.
Working Principle Diagram
5.6KW Portable Energy Storage Hybrid Inverter Working Mode
Parallel mode
Parallel or split-phase can be used when there are the following demands.
①The number of photovoltaic panels is large (can be placed in many locations), can be accessed in groups to realize grid-connected and off-grid applications;
② Off-grid use of large power, according to the power needs of parallel power expansion;
③The product can also be split-phase use, greater than or equal to 3 units, can be composed of three-phase system, to meet the use of high-power loads.
④placed in more locations, split-phase convenient placement.
5.6KW Portable Energy Storage Hybrid Inverter Specifications:
(Applicable power：1600W/2400W/3600W/5600W)
Model | MARS48-1600W | MARS48-2400W | MARS48-3600W | MARS48-5600W | |
Rated Power | 1600VA/1600W | 2400VA/2400W | 3600VA/3600W | 5600VA/5600W | |
Peak Power | 1600W | 2400W | 3600W | 5600W | |
Machine Architecture | Bi-directional AC/DC Inverter/Leveling MPPT | ||||
Input and Output Phases | Single Phase Input / Single Phase Output | ||||
Working Mode | Automatic charging: automatically charge the battery when connected to utility power, automatically charge the battery when connected to photovoltaic power. Automatic inverter discharge: manually start the battery inverter AC output, automatic inverter grid connection. Uninterruptible power supply mode (UPS): utility AC direct supply, utility power interruption automatic switching inverter power supply (<10ms) | ||||
Exports | Number of output wires | Single-phase two-wire (L,N)+protective ground | |||
Rated Voltage | 220/230/240VAC | ||||
Output Voltage Accuracy | ±1% | ||||
Output Frequency | 50/60Hz ±0.1% (can be set, automatic detection of utility frequency) | ||||
Output waveform | Pure sine wave | ||||
Output Distortion (THDV%) | <2% (linear load) | ||||
<7% (non-linear load) | |||||
Overload Capability | 5min@102%~125% of rated load 10S@125%~150% rated load 2S@>150% rated load | ||||
Efficiency | Grid charging (AC -> battery) | 93% ； | Minimum 92% ; | Maximum > 92%; | Maximum > 95%; |
Battery discharge (battery -> AC) | 92% ； | Minimum 91% ; | Maximum > 92%; | Maximum > 92%; | |
MPPT | 99.9% | ||||
PV charging efficiency | 96% | ||||
No-load loss | <20W (with output and no load) | <30W | ≤20W (dormant, no output); ≤40W (with output no load) | ≤40W (with output no load) | |
Shutdown Leakage Current | <100uA | ||||
Grid Input
| Number of input wires | Single-phase two-wire (L,N) + protective earth | |||
Input Voltage Range | Zero-fire phase voltage: 184Vac~253Vac | ||||
Input Frequency Range | 48Hz-51Hz | 48Hz-51Hz | 47Hz±0.3Hz -55Hz±0.3Hz | ||
Input Power Factor | ≥0.95 | ||||
Battery and Charger | Rated Battery Voltage | 48V | 48V | 51.2V | 48~51.2V |
Battery Type | Lithium iron phosphate 16 strings, ternary 14 strings | Lithium/lead acid | Saintyear, lithium iron phosphate | ||
Charge control method | Pre-charge, constant current, constant voltage, equalize, float, shutdown | ||||
Charge Abort Voltage | 56.8V / continuously adjustable | ||||
Discharge Abort Voltage | 44V / continuously adjustable | ||||
Charging current | Maximum 25A, digitally programmable, default 10A | 50A max, digitally programmable, 20A default | |||
Pre-charge current | 1.5A | ||||
Charge control commands | Charging termination voltage, charging current, charging enable, charging judgment, battery failure, battery temperature, charging mode switching. | ||||
Protection Function | Overload protection, over-temperature protection, input over-voltage protection, input under-voltage protection, over-charging protection, over-discharging | ||||
Solar Charging | PV Maximum Input Power | 800W*2 | 1600W | 3600W | 6000W |
PV Maximum Open Circuit Voltage | 100VDC | 150VDC | 150VDC | ||
PV Working Voltage Range | 10~100VDC | 25~145VDC | 10~145VDC | 120-450VDC | |
PV Input Current | PV access MPPT working mode, 16Amax | PV Access MPPT Operating Mode, 25Amax | |||
PV charging current | 0-16A*2 | 0-30A | 0-30A | ||
Grid connection | Optional Function | Grid-connected power can be set 0~2400w (default 800w) | Grid-connected power can be set 0~3600w (default 800w) | ||
Parallel Machines | Optional Function | / | The number of parallel machines is 2~6, default is 2. | ||
Human Machine Interface | APP (master control realization) | Cell phone APP manages and controls the time and power of grid-connection. | |||
Communication interface | Switching command interface, RS485, CAN communication. | ||||
LCD display (optional) | Display input/output voltage, frequency, load percentage, PV voltage/current, working mode, machine status. | ||||
Environmental parameters | Operating Temperature Range | -20~55oC | -10~55oC | -10~55oC | |
Operating Humidity Range | 0-98% (no condensation) | ||||
Heat dissipation cooling method | Natural cooling | Forced air cooling | |||
Recommended Fan Size | / | 80*25mm 12V*0.25A 3500RPM | |||
Structure Shape | Dimension | 380mm*260mm*90mm | 290mm*200mm*65mm | 290mm*200mm*65mm | |
Weight | (IP65)9kg | （IP65）9kg | （IP20）11kg | ||
Insulation voltage | Insulation voltage between battery and AC terminal: 4242VDC Leakage current<1mA | Insulation withstanding voltage between battery and AC terminal: 4242VDC Leakage current≤10mA |
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Safety and electromagnetic compatibility standards | IEC60950/UL60950/GB4943 VDE4105 |