
SunGold 6.5KW 48V Split Phase Solar Inverter
Equipment Type: Solar inverter
Primary Applications: Off-grid and grid-tied solar power systems for residential and light commercial installations
Performance Specifications
- Rated output: 6.5 kW (continuous)
- Output waveform: Pure sine wave
- Voltage configurations: Supports split-phase (L-N 120 V, L-L 240 V) and single-phase (L-N 120 V)
- Battery compatibility: Works with various battery chemistries, including Li-ion
- PV input: Up to 10,000 W total (two solar inputs)
- Maximum PV input voltage: 550 V
- MPPT: Dual MPPT with up to 99.9% efficiency
- PV input current per circuit: Up to 18 A
- Charging modes: Solar only; mains priority; solar priority; mixed mains/PV charging
- Energy management: Time-slot charging/discharging aligned to local tariffs; energy saving mode to reduce no-load losses
- Communications: CAN, USB and RS485 interfaces
- Mains/PV activation: Mains or PV supply can trigger Li-ion battery activation when dormant
Safety Features and Certifications
- Safety features: Not specified in the provided product details
- Certifications: Not specified in the provided product details
Installation and Maintenance Requirements
- Utilities: Not specified in the provided product details
- Required space: Not specified
- Commissioning steps: Not specified
- Preventive maintenance tasks/intervals: Not specified
Warranty and Service Information
- Warranty period: Not specified
- Coverage details: Not specified
- Service terms and response times: Not specified
Branding/References
- Manufacturer: SunGold
- Model: 6.5KW 48V Split Phase Solar Inverter
- Datasheets/References: Download
Differentiators
- Dual MPPT architecture with two independent solar inputs delivering up to 18 A per circuit for high-power modules
- Flexible output configuration that supports both split-phase (L-N 120 V, L-L 240 V) and single-phase operation
- Multiple charging strategies (solar only, mains priority, solar priority, and mixed PV/mains) with time-slot tariff aware charging
- Battery activation triggered by either mains or PV input to efficiently manage Li-ion storage