6200W High Efficiency 93%-97% Pure Sine Wave Solar Hybrid Inverter for Solar Power System
| Input Voltage: | 220/230/240VAC | Output Voltage: | 220/230/240VAC |
| Output Frequency: | 50Hz/60Hz | Output Type: | Multiple |
| Size: | 495*312*146mm | Type: | DC/AC Inverters |
| Inverter Efficiency: | >95% | Product name: | Solar Hybrid Inverter |
| Application: | Solar Power System Home | Display: | LCD Display |
| Communication: | RS232 | Output waveform: | Prue Sine Wave |
| OEM: | Avaliable | Transfer Time: | 20ms (For Home Appliances) |
| Rated power: | 6200W | Efficiency: | 93%-97% ( HIGH EFFICIENCY ) |
| Keyword: | Solar Energy Power Inverter |
Advanced solar hybrid inverter designed for efficient energy management in residential and commercial solar systems. Features pure sine wave output for clean, stable power and multiple voltage configurations for flexible installation.
- Pure sine wave output for clean, stable power
- Hybrid functionality with grid-tie and off-grid capabilities
- Multiple power ratings: 3.6KVA/3.6KW and 6KVA/6KW models
- Dual voltage support: 24V and 48V configurations
- Seamless automatic transfer switching
- MPPT solar charge controller integrated
- LCD display for system monitoring and configuration
- Battery charging and management capabilities
- Grid-tie functionality with power selling option
- Overload, short circuit, and temperature protection
| Power Rating | 3.6KVA/3.6KW & 6KVA/6KW models available |
| DC Input Voltage | 24V / 48V (selectable models) |
| Output Waveform | Pure Sine Wave |
| Efficiency | High conversion efficiency (>90%) |
| Battery Charging | Built-in MPPT solar charge controller |
| Protection Features | Overload, short circuit, over temperature, reverse polarity protection |
| Display | LCD for system status and configuration |
- Residential solar power systems
- Small commercial solar installations
- Backup power systems
- Off-grid and grid-tie solar applications
- Energy storage systems
This hybrid inverter provides reliable power conversion and energy management, making it ideal for modern solar systems requiring both grid interaction and battery backup capabilities.