Product Overview
Wall-mounted hybrid inverters are key devices in modern energy management systems. They can efficiently handle the energy interaction between solar energy, grid power and battery storage, and provide a stable and sustainable power solution.
Its core advantage lies in its flexible operation and adaptability to different energy environments. When there is sufficient sunlight, the solar panel DC power is converted into AC power and the excess power is stored; when there is insufficient sunlight, it automatically switches to battery discharge; when the battery power is exhausted, it seamlessly connects to the power grid to ensure uninterrupted power supply.
Advanced MPPT
Equipped with maximum power point tracking to maximize solar panel output and overall conversion efficiency.
High Efficiency
High-performance models reach over 98% efficiency with minimal charge and discharge losses, extending battery life.
Space-Saving Design
Wall-mounted configuration saves valuable floor space, making it ideal for apartments, shops, and homes.
Intelligent Monitoring
Supports real-time data tracking via mobile app and PC, featuring automated fault alarms and remote diagnosis.
Technical Parameters
| Product Basic Parameters | |||||
|---|---|---|---|---|---|
| Rated Power | 3200W | 5500W | 6200W | 8000W | 11000W |
| Standard Voltage | 24VDC | 48VDC | |||
| Installation | Wall mount installation | ||||
| Solar Parameters | |||||
|---|---|---|---|---|---|
| Working Model | MPPT | ||||
| Rated Solar Input Voltage | 360VDC | ||||
| MPPT Tracking Voltage Range | 120-450V | ||||
| Max Input Voltage (VOC) at Lowest Temp | 500V | ||||
| Max Input Power | 3200W | 5500W | 6200W | 8000W | 11000W |
| Number of MPPT Tracking Paths | 1 Path | 2 Paths | |||
| Input Specification | |||||
|---|---|---|---|---|---|
| DC Input Voltage Range | 21-30VDC | 42-60VDC | |||
| Rated Mains Power Input Voltage | 220/230/240VAC | ||||
| Grid Power Input Voltage Range | 170~280VAC (UPS model) / 120~280VAC (Inverter model) | ||||
| Grid Input Frequency Range | 40~55Hz (50Hz) / 55~65Hz (60Hz) | ||||
| Output Specification | ||
|---|---|---|
| Inverter Mode | Output Efficiency | 94% |
| Output Voltage | 220VAC±2% / 230VAC±2% / 240VAC±2% (Inverter model) | |
| Output Frequency | 50Hz±0.5 or 60Hz±0.5 (Inverter model) | |
| Grid Mode | Output Efficiency | ≥99% |
| Output Voltage Range | Following input | |
| Output Frequency Range | Following input | |
| Battery Mode No-load Loss | ≤1% (At rated power) | |
| Grid Mode No-load Loss | ≤0.5% Rated power (the charger of grid power doesn't work) | |
| Battery Specification | |||
|---|---|---|---|
| Battery Type | Lead Acid Battery | Equalizing charging 13.8V, Floating charging 13.7V (single battery voltage) | |
| Customized Battery | Parameters can be set according to requirements (configure via panel settings) | ||
| Max Mains Charging Current | 60A | 80A | |
| Max Solar Charging Current | 100A | 150A | |
| Max Charging Current (Grid + Solar) | 100A | 150A | |
| Charging Method | Three-stage (constant current, constant voltage, float charge) | ||
| Protected Mode | ||
|---|---|---|
| Battery Low Voltage Range | Battery low voltage protection value +0.5V (Single battery voltage) | |
| Battery Voltage Protection | Factory default: 10.5V (Single battery voltage) | |
| Battery Over Voltage Alarm | Equal charging voltage +0.8V (Single battery voltage) | |
| Battery Over Voltage Protection | Factory default: 17V (Single battery voltage) | |
| Battery Over Voltage Recovery Voltage | Battery over voltage protection value - 1V (Single battery voltage) | |
| Overload / Short Circuit Protection | Automatic protection (battery mode), circuit breaker or fuse (Grid mode) | |
| Temperature Protection | ≥90°C off output | |
| Performance & Physical Parameters | ||||
|---|---|---|---|---|
| Conversion Time | ≤4ms | |||
| Cooling Method | Intelligent cooling fan | |||
| Working Temperature | -10~40°C | |||
| Storage Temperature | -15~60°C | |||
| Altitude | 2000m (>2000m altitude needs derating) | |||
| Humidity | 0~95% (No condensation) | |||
| Product Size | 420*290*110mm | 460*304*110mm | 520*450*200mm | |
| Package Size | 486*370*198mm | 526*384*198mm | 580*510*260mm | |
| Net Weight | 8.5kg | 9.5kg | 17kg | |
| Gross Weight | 9.5kg | 10.5kg | 19kg | |
Frequently Asked Questions
What is the conversion efficiency of this wall-mounted hybrid inverter?
Under inverter mode, the output efficiency is 94%. High-performance models can achieve an overall conversion efficiency of more than 98% with low charge and discharge losses, which effectively extends battery life. For grid mode, the output efficiency reaches ≥99%.
What battery types are supported and how are they charged?
The inverter supports standard Lead-Acid batteries (with equalizing charging at 13.8V and floating charging at 13.7V for single battery voltage) as well as customized batteries. Users can adjust charging parameters based on different battery types via the control panel settings. The device utilizes a three-stage charging method consisting of constant current, constant voltage, and float charge.
How does the inverter manage power transitions between solar, grid, and battery?
When there is sufficient sunlight, solar panel DC power is converted into AC power and excess power is stored in the battery. If sunlight is insufficient, the system automatically switches to battery discharge. Once the battery power is exhausted, it seamlessly transfers to the power grid with a conversion time of ≤4ms to ensure uninterrupted power supply.
What safety and protection mechanisms are built into the system?
The inverter is equipped with multiple protection modes, including battery low-voltage and over-voltage protection, overload and short-circuit protection (automatic protection in battery mode; circuit breaker or fuse in grid mode), and temperature protection which automatically turns off the output when the system temperature reaches ≥90°C.
How can I monitor the working status of the inverter?
The inverter features an intelligent monitoring system that supports connection to mobile APPs and computer terminals. This allows you to monitor key metrics, operating status, and power generation in real-time, and receive prompt alarms and diagnostics in case of any faults.