Description
The itel Energy IPV-8K48T-WiFi is an 8kW / 48V hybrid inverter designed for larger residential, commercial, agricultural and backup-power applications. It supports up to 16kW of solar PV input, uses dual MPPT, and includes Wi-Fi monitoring.
Key Specifications
| Specification | IPV-8K48T-WiFi |
|---|---|
| Model | IPV-8K48T-WiFi |
| Inverter Type | Hybrid |
| Rated Output | 8,000W / 8kW |
| Apparent Power | 8.8kVA |
| Battery Voltage | 48V |
| Maximum PV Input | 16,000W / 16kW |
| MPPT | 2 MPPTs |
| Maximum PV Voltage | 535V |
| MPPT Range | 75–500V |
| PV Input Current | 30A + 20A |
| AC Output | 220/230/240V |
| Battery Voltage Range | 40–60V |
| Max Solar Charging Current | 160A |
| Max AC/Generator Charging | 140A |
| Max Battery Discharge | 180A |
| Transfer Time | 10ms UPS / 20ms appliances |
| THD | <3% |
| Communication | Wi-Fi, RS485, CAN, RS232, Dry Contact |
| Parallel Operation | Up to 9 units single-phase / 12 three-phase according to listing |
| Protection | IP66 listed by product specification |
| Cooling | Intelligent fan cooling |
| Operating Temperature | -10°C to +60°C |
The manufacturer/distributor listing gives 16kW maximum PV power, dual MPPT, 48V battery operation, 160A solar charging and 8kW nominal AC output.
☀️ 16kW Solar PV Input
The biggest feature is the ability to connect up to 16kW of solar panels to an inverter rated at 8kW AC output.
For example:
- 29 × 550W = 15.95kW
- 26 × 600W = 15.6kW
- 24 × 650W = 15.6kW
- 32 × 500W = 16kW
The actual number and arrangement of panels must be designed according to the MPPT voltage/current limits, rather than simply dividing 16,000W by the panel wattage.
🔋 48V Battery
The inverter works with a 48V battery bank, including lithium-ion/LiFePO₄ and lead-acid battery types according to the product listing.
With a maximum listed battery discharge current of 180A, it can support substantial loads. For an 8kW load, however, the battery bank and BMS must be capable of supplying the required current continuously.
For example, an appropriately sized 48V 200Ah lithium battery = approximately 9.6kWh nominal storage.
For longer backup periods, multiple batteries can be connected according to the inverter and battery manufacturer’s parallel/BMS requirements.
⚡ 8kW Output
The 8kW continuous output makes this inverter suitable for larger loads such as:
- Multiple air conditioners
- Refrigerators/freezers
- Water pumps
- TVs and computers
- Lighting
- Washing machines
- Microwave/oven
- Fans
- Office equipment
- Networking equipment
- Other household and commercial loads
The inverter is listed with 8,000W nominal output and 8,800VA maximum apparent power.
🔄 Dual MPPT
The 2 MPPT trackers allow the solar array to be divided into two independently tracked sections.
A typical arrangement could be:
MPPT 1 → East/South-facing solar strings
MPPT 2 → West/South-facing solar strings
This can be useful when the available roof space has different orientations or when the two arrays have different shading conditions.
📶 Wi-Fi Monitoring
The Wi-Fi communication capability allows monitoring and configuration of the solar system remotely. The listed communication interfaces also include RS485, CAN, RS232 and dry contact, giving it greater flexibility for battery/BMS and system integration.
🛡️ IP Rating — Important Note
There is a specification inconsistency in online listings: the product title says IP56/IP54, while the detailed technical specification on the same product page states IP66.
For your Gadgets Solar Shop product listing, I would therefore avoid claiming a definitive IP66 rating until the physical unit’s nameplate or official datasheet confirms it. A safer title would be:
itel Energy 8kW Hybrid Inverter 48V IPV-8K48T-WiFi – 16kW PV, Dual MPPT, Single Phase
⭐ Short Product Description
itel Energy IPV-8K48T-WiFi 8kW Hybrid Inverter is a powerful 48V single-phase solar inverter with 16kW maximum PV input, dual MPPT, 8kW continuous AC output, Wi-Fi monitoring and high-capacity battery charging. It is designed for homes, offices, farms and small commercial installations requiring reliable solar generation, battery storage and backup power.



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