Specification
| Product Name | 3-6KW Hybrid Solar System | ||
| Model | SP-3KW-HY | SP-5KW-HY | SP-6KW-HY |
| Solar Panel | 590W x 6pcs | 590W x 9pcs | 590W x 12pcs |
| Battery Capacity | Lithium 5.12KWh | Lithium 10.24KWh | Lithium 10.24KWh |
| No.of MPP Tracker | 1 | 2 | 2 |
| Rated AC Input | 3KW | 5KW | 6KW |
| Daily Electricity Generation | 12-15Kwh | 20-25Kwh | 24-30Kwh |
| Output Voltage | Single Phase / Split Phase | ||
| Protective Devices | Optional | ||
| Cales & Connectors | Optional | ||
| Installation Instructions. | Supportable | ||
| Mounting System | Customized for Roof or Ground Optional | ||
System Connecting Diagram
Product Picture
FAQ
Can these hybrid solar systems be used in different countries?
Yes. They can be customized for different countries based on local voltage, wiring, frequency, grid-interconnection standards, and certification requirements. The appropriate inverter variant should be selected in accordance with the electrical standards and regulations of the installation country.
What information is needed to select the right residential hybrid solar kit?
Key information includes daily electricity consumption, peak load, desired backup duration, local solar conditions, available installation space, roof orientation and shading, grid voltage and phase, and battery requirements. These factors help determine the appropriate PV capacity, inverter size, and battery storage capacity for your home.
How much electricity can the 3KW, 5KW, and 6KW systems generate per day?
Under suitable solar conditions, the reference Sunpal configurations can generate approximately 12–15 kWh/day for the 3KW system, 20–25 kWh/day for the 5KW system, and 24–30 kWh/day for the 6KW system. The 3KW system is suitable for essential household loads, while the 5KW and 6KW systems provide higher energy output and greater capacity for running multiple appliances simultaneously. Actual generation varies with solar irradiation, installation orientation and tilt, shading, temperature, and system losses.
What loads should be connected to the battery backup system?
Critical loads such as lighting, refrigerators, communication equipment, computers, and selected appliances can be prioritized during backup operation. The final load configuration should remain within the inverter's continuous and surge power limits.