FoxESS
FoxESS T5-G3-GD470 three-phase on-grid inverter, 5 kW
Product Code: WUY736
In stock
Description
FOXESS T5-G3-GD470 is an advanced 5 kW three-phase solar inverter designed for residential solar PV systems. This inverter model belongs to the latest G3 generation T-series, characterized by exceptionally high performance, flexibility, and reliability. The device ensures maximum utilization of generated energy, low energy losses, and higher overall system yield thanks to its 98.6% efficiency.
This FoxESS unit features dual MPPT trackers, which allow for optimal utilization of solar modules even with different module orientations or partial shading. The wide MPPT voltage range provides greater flexibility when designing the complete system, while the low start-up voltage allows the inverter to begin operating earlier in the morning and stay active longer in the evening. The unit also includes integrated Wi-Fi connectivity, enabling real-time monitoring of system performance via a smartphone app or web portal, ensuring the user always has control and visibility over energy generation.
The inverter is rated with an IP65 protection class, allowing for both indoor and outdoor installation while ensuring resistance to environmental factors. The device operates extremely quietly (<30dB), ensuring zero disturbance in everyday living spaces. In addition, this FoxESS model features low standby power consumption at night and is ready to meet future demands.
For enhanced safety, the device includes integrated residual current monitoring and DC reverse polarity protection. It also features short-circuit, overcurrent, and overvoltage protections.
Specifications
- Warranty: 10 yrs
- Model: T5-G3
- Type: Tinklo inverteriai
- Power: 5 kW
- Phases: 3 fazės
- Warranty: 10 m
- Operating temperature: from -25°C to +60°C
- Dimensions: 480 × 370 × 184 mm
- Noise level: < 30 dB
- Protection Class (IP): IP65
- Number of MPPTs: 2
- Maximum efficiency: 98.6 %
- Cooling: Natural
- Connectivity: RS485, Wi-Fi / 4G (optional)
- Off-grid operation: Ne
