| Model | HyL10K | HyL12K | HyL15K |
|---|---|---|---|
| Battery Input Data | |||
| Battery Type | Lithium or lead acid battery | ||
| Rated Battery Voltage(V) | 48v | ||
| Maximum Charging Voltage(V) | ≤60 (Configurable) | ||
| Maximum Charge/Discharge Current(A) | 210 | 250 | 280 |
| PV Input Data | |||
| Maximum DC Input Power | 20000W | 24000W | 30000W |
| Maximum DC Input Voltage(V) | 1000 | ||
| MPPT Operating Voltage Range(V) | 200~800 | ||
| Starting Voltage(V) | 150 | ||
| Maximum Input Current(A) | 36/18 | 36/18 | 36/20 |
| MPPT Number | 2 | 2 | 2 |
| AC Output Parameters (On-Grid) | |||
| Maximum Output Apparent Power (VA) | 11000W | 13200W | 16500W |
| Rated Output Voltage(V) | 380/400 | ||
| Rated Output Frequency(Hz) | 50/60HZ | ||
| Max. Output Current(A) | 16.7 | 20 | 25 |
| Output Power Factor | 1 (0.8 leading~0.8 lagging) | ||
| AC Output Parameters(Off-Grid) | |||
| Rated Output Apparent Power(VA) | 10000W | 12000W | 15000W |
| Maximum Output Apparent Power(VA) | >200%,15sec | ||
| Rated Output Voltage(V) | 380/400 | ||
| Rated Output Frequency(Hz) | 50/60 | ||
| Max. Output Current(A) | 16.7 | 20 | 24 |
| Efficiency | |||
| Max. Efficiency(PV) | 98% | ||
| Max. Efficiency(battery) | 94.5% | ||
| Europe. Efficiency | 97.5% | ||
| Protection | |||
| PV Input Reverse Polarity Protection | Yes | ||
| PV Insulation Resistance Detection | Yes | ||
| Residual Current Detection | Yes | ||
| Output Over Current Protection | Yes | ||
| Output Short Circuit Protection | Yes | ||
| Output Over Voltage Protection | Yes | ||
| Basic Data | |||
| Operation Temperature (°C) | -25°C~60°C (frequency-decreasing above 45°C) | ||
| Storage Temperature (°C) | -30~65 | ||
| Relative Humidity | 0~95% | ||
| Working Altitude (m) | ≤4000m (frequency-decreasing above 2000m) | ||
| Cooling | lntelligent forced air cooling | ||
| Noise (db) | <55 | ||
| Weight (Kg) | 38 | 43 | |
| Size (Width x Height x Depth) (mm） | 475*683*256mm | 475*755*256mm | |
| Protection Class | IP66 | ||
| Topology | HF isolation （Battery side) | ||
| Standard | |||
| Safety standard/EMC standard | NB/T32004-2018, IEC62109,IEC61000, IS16169 & IS16221(BIS) | ||
| Grid-connected standard | IEC61727, EN50549-1, VDE-4105, NRS-097-2-1, OVE-Richtlinie R25, UNE217001/2, Ordinace No.140 | ||
| Other standard | IEC61683, IEC62116, EN50530, IEC60068 | ||
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Intelligent Solar and Battery Energy Management
Dahai Solar’s three-phase hybrid inverter provides flexible energy management for different operating conditions. It can prioritize solar energy for local loads, store surplus solar electricity in the battery and utilize stored energy when required.
This intelligent energy management approach helps reduce unnecessary grid electricity consumption and makes better use of available renewable energy. It is particularly suitable for users looking to increase solar self-consumption and improve overall energy efficiency.
Three-Phase Hybrid Power Solution
The Low Voltage Three Phase Hybrid Inverter is designed for three-phase PV and energy storage systems, making it suitable for residential, commercial and other distributed energy applications.
By supporting three-phase power management, the inverter can provide a more balanced and flexible energy solution for electrical systems with multiple three-phase loads. It can also be integrated into different solar-plus-storage configurations according to project requirements.
Low Voltage Battery Energy Storage
The inverter is designed to work with low-voltage battery energy storage systems, providing a practical solution for solar installations that require reliable battery charging and discharging.
By storing excess solar energy during periods of high PV generation, the system can make this energy available later when solar production decreases. This allows users to improve solar energy utilization and reduce dependence on conventional grid electricity.
On-Grid and Backup Energy Applications
A hybrid inverter is an important component of a modern solar energy storage system because it coordinates power from multiple energy sources. Depending on the system configuration, the Dahai Solar hybrid inverter can be used for grid-connected solar applications as well as backup and energy storage solutions.
When grid power is available, solar energy can be used to supply loads and charge the battery. When solar generation is insufficient, the system can intelligently manage battery and grid energy according to the configured operating mode.
Flexible Solar Energy Storage Solution
The Dahai Solar Low Voltage Three Phase Hybrid Inverter can be integrated with photovoltaic modules and compatible battery systems to create a flexible solar energy storage solution.
It is suitable for applications where customers need to:
- Increase solar self-consumption
- Store excess photovoltaic energy
- Reduce dependence on grid electricity
- Improve backup power capability
- Optimize battery charging and discharging
- Build a more flexible solar energy storage system
Smart Energy Management
The hybrid inverter continuously manages energy flow between the PV system, battery, grid and loads. This enables the solar energy system to respond intelligently to changing electricity demand and solar generation.
For users with different energy consumption patterns, flexible operating modes can help optimize when solar energy is consumed, when batteries are charged and when stored energy is discharged.
Reliable Solution for Global Solar Projects
Dahai Solar focuses on providing reliable solar products and renewable energy solutions for customers and partners in global markets. The Low Voltage Three Phase Hybrid Inverter is designed to support the development of distributed solar power and battery energy storage systems.
With its combination of solar conversion, battery storage and intelligent energy management, the inverter provides a practical solution for residential and commercial solar projects seeking greater energy efficiency, flexibility and energy independence.
Applications
The Dahai Solar Low Voltage Three Phase Hybrid Inverter can be used in a variety of solar energy applications, including:
- Residential solar energy storage systems
- Three-phase home solar systems
- Commercial solar power systems
- Small and medium-sized PV energy storage projects
- Solar backup power systems
- Distributed photovoltaic systems
- Solar battery storage systems
- Grid-connected and backup energy applications
Why Choose Dahai Solar Hybrid Inverter?
Choosing the right hybrid inverter is essential for building an efficient and reliable solar energy storage system. Dahai Solar combines solar power conversion and energy storage management into an integrated solution, helping customers simplify system design while improving the utilization of renewable energy.
For distributors, installers, EPC contractors and solar project developers, the Dahai Solar Low Voltage Three Phase Hybrid Inverter provides a flexible foundation for developing residential and commercial PV energy storage projects in different markets.
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