Product Description:
1.Self-consumption and Feed-in to the grid
2.Programmable multiple operation modes:Grid-tie ,off-grid and grid-tie with backup
3.Backflow prevention via external CT sensorand grid connection function
4.Parallel operation up to 12 unitsin 1phase or 3phase
5.Direct Plug WlFl Dongle Supported
6.Output power factor 1.0
7.High PVinput voltage range 500Vdc Max
8.Built-in MPPT solar controller 100/120A
9.WiFiremote monitoring optional
10.Detachable dust coverforharsh environment
11.User-adjustable charging current and voltage
12.Programmable supply priority for PV, Battery or Grid
12.Support multiple output priority:SBU/SUB/SUF/ZEC
12.EQ function to optimize battery performance and extend lifecycle
Technical Parameters:
| MODEL | | | | Phase | | | | Maximum PV input power | | | | Nominal Output Voltage | | | | Waveform | | | | Battery Voltage | | | | Communication Port | RS232+RS485+External CT Port | RS232+RS485+External CT Port | | Max.Solar Charge Current | | | | Dimension, D xW x H(mm) | | | |
1. Bidirectional Power Conversion
- Charging and Discharging: Hybrid inverters can switch between charging and discharging modes, allowing for bidirectional flow of energy.
2. Support for Multiple Power Sources
- Diverse Input Options: They can simultaneously connect to solar, wind, and grid power sources, enhancing flexibility and reliability.
3. Intelligent Management System
- Real-Time Monitoring: Equipped with smart control systems, hybrid inverters monitor energy usage in real-time, optimizing energy management.
4. Increased Energy Self-Sufficiency
- Reduced Grid Dependence: By storing excess renewable energy, hybrid inverters help homes and businesses decrease reliance on the grid.
5. Emergency Power Supply Function
- Backup Power: They can automatically switch to backup power during grid outages, ensuring continuous operation of critical devices.
6. Scalability
- Flexible Configuration: Hybrid inverters can easily be expanded by adding more batteries or power sources to meet varying energy needs.
7. High Efficiency
- Optimized Energy Use: Through intelligent scheduling and efficient energy conversion, they maximize energy utilization.
8. Environmental Benefits
- Support for Renewable Energy: Hybrid inverters promote the use of renewable sources, helping to reduce carbon emissions and benefit the environment.
9. User-Friendly Interface
- Easy Operation: Typically equipped with intuitive user interfaces, making setup and monitoring straightforward for users.
10. Cost Savings
- Lower Electricity Bills: By optimizing energy usage and reducing reliance on the grid, hybrid inverters can help users save on electricity costs.
