Deye 3-Phase Hybrid Inverter | SG04LP3 Series | 3kW - 12kW High-Efficiency Storage
Deye SG05LP3-EU-SM2: Professional 3-Phase Hybrid Series
Select your required power capacity from the dropdown menu. Our pricing scale is mathematically optimized based on hardware capacity—ensuring you pay only for the power level your system requires.
- 3kW - 4kW Models: Entry-level high-efficiency units for small residential setups.
- 5kW - 6kW Models: Standard residential solar and 48V battery storage.
- 8kW Model: Enhanced power throughput for large villas and luxury homes.
- 10kW - 12kW Models: Industrial-grade transistors for high-surge appliance demands.
Price Logic: The total price updates automatically upon selection. Larger capacities utilize heavy-duty internal components to handle higher amperage, reflecting a value-per-kW scale based on hardware specifications.
Deye Hybrid 3-Phase Inverter | SG05LP3 Series
The Deye SG05LP3-EU-SM2 series provides a versatile 3-phase hybrid architecture for complete energy independence. Engineered with dedicated power electronics across 3kW to 12kW ratings, each unit delivers precise DC-to-AC conversion, full 48V battery management system (BMS) integration, and seamless off-grid transfer capabilities.
Technical Configuration Matrix
| Power Capacity | Max PV Input | Max Charge / Discharge | SKU Extension |
|---|---|---|---|
| 3.0 kW | 3,900 W | 90 A | -3KW |
| 4.0 kW | 5,200 W | 105 A | -4KW |
| 5.0 kW | 6,500 W | 120 A | -5KW |
| 6.0 kW | 7,800 W | 135 A | -6KW |
| 8.0 kW | 10,400 W | 190 A | -8KW |
| 10.0 kW | 13,000 W | 210 A | -10KW |
| 12.0 kW | 15,600 W | 240 A | -12KW |
Frequently Asked Questions (FAQ)
Q: What is the main structural difference between the 3kW and 12kW units?
A: Beyond total power throughput, higher-capacity models integrate enlarged internal heat sinks, upgraded power MOSFETs, and higher-amperage battery busbars (up to 240A) to manage continuous high-current demands safely.
Q: Can I deploy a 5kW unit now and add parallel inverters later?
A: Yes, all units in the SG05LP3 series support parallel operation for system expansion. For 3-phase setups, matching inverter power ratings across phases is recommended to maintain optimal phase balancing.
Q: Is this system fully compatible with 48V LiFePO4 battery banks?
A: Yes. All models (3kW through 12kW) are engineered for low-voltage (48V) battery architectures and include CAN/RS485 communication protocols for direct BMS integration with major lithium battery brands.
| Traffic Load Rating | What it means here: How much "traffic" (electrical load) can it handle? What to type: Heavy-Duty Residential & Light Commercial Logic: This signals that the internal cooling and transformers are built for constant, heavy use, not just light duty. |
|---|---|
| Workload Capacity | What it means here: The physical power limits. What to type: 3kW to 12kW Scalable (Parallel Support up to 16 units) Logic: Even though they choose a specific size, this shows the "Workload" can grow if they add more inverters later. |
| Accuracy Tolerance | What it means here: How precise is the power conversion? What to type: Pure Sine Wave <3% THD | 97.6% Max Efficiency Logic: High accuracy (low THD) protects sensitive electronics like laptops and medical equipment. |
| Traffic Load Rating | What it means here: How much "traffic" (electrical load) can it handle? What to type: Heavy-Duty Residential & Light Commercial Logic: This signals that the internal cooling and transformers are built for constant, heavy use, not just light duty. |
|---|---|
| Workload Capacity | What it means here: The physical power limits. What to type: 3kW to 12kW Scalable (Parallel Support up to 16 units) Logic: Even though they choose a specific size, this shows the "Workload" can grow if they add more inverters later. |
| Accuracy Tolerance | What it means here: How precise is the power conversion? What to type: Pure Sine Wave <3% THD | 97.6% Max Efficiency Logic: High accuracy (low THD) protects sensitive electronics like laptops and medical equipment. |