6kW Felicity Single-Phase IP65 Hybrid Solar Inverter

Model: IVAM6048P1G1 | 48V | On-Grid and Off-Grid | Built-in Wi-Fi

1. Product Description and Overview

The Felicity IVAM6048P1G1 6kW Single-Phase Hybrid Solar Inverter is a versatile and efficient power conversion solution designed for residential homes, offices, small commercial establishments, and other applications requiring a reliable electricity supply. With a rated output power of 6kW, a 48V battery system, and an IP65-rated enclosure, this inverter offers flexibility for both on-grid and off-grid solar installations.

Designed to integrate solar panels, battery storage, the utility grid, and compatible backup power sources, the inverter helps users maximise solar energy utilisation, reduce dependence on grid electricity, and maintain power availability when the grid supply is interrupted.

The inverter supports a maximum PV input power of 9,600W (9.6kW) through two independent PV input ports, each supporting up to 4,800W. This enables the installation of a substantial solar array to generate electricity during daylight hours, power connected appliances, and charge the battery bank when solar energy is available.

With its 90–425V DC PV input voltage range, 20A + 20A PV input current capacity, and built-in Wi-Fi monitoring module, the IVAM6048P1G1 provides a practical solution for households and businesses seeking an intelligent, flexible, and expandable solar power system.

Its IP65-rated enclosure offers protection against dust and water jets, making it suitable for appropriately selected indoor or outdoor installation locations, subject to the manufacturer’s installation requirements.

2. Key Technical Specifications

Note: The specifications above are based on the product details provided. Confirm the maximum PV voltage, short-circuit current limits, battery compatibility, and allowable PV string configuration against the manufacturer’s official datasheet before installation.

3. Solar Panel Compatibility and Configuration

One of the major advantages of the Felicity IVAM6048P1G1 is its ability to accommodate a relatively large solar array through its two PV input ports.

The inverter supports a maximum PV input power of 9,600W, divided between two inputs, each rated for up to 4,800W.

Recommended Solar Panel Configuration

The proposed installation can use 16 solar panels rated between 550W and 620W, arranged as two groups of eight panels.

Important sizing consideration: Although the inverter is stated to accommodate 16 panels, the total array wattage must be checked against its 9,600W maximum PV input rating.

• With 16 × 550W panels, the array totals 8.8kW.
• With 16 × 600W panels, the array totals 9.6kW, matching the stated maximum.
• With 16 × 620W panels, the array totals 9.92kW, exceeding the stated maximum PV input power.

Therefore, 16 × 600W panels would match the stated 9.6kW PV input rating, provided all other electrical parameters are within the manufacturer’s limits. For 620W panels, a smaller array may be necessary.

Before connecting eight panels in series to each input, a qualified solar technician must verify the combined open-circuit voltage at the lowest expected temperature, operating voltage, and current against the inverter’s specifications. The 90–425V operating range alone is not sufficient to establish that every eight-panel string will be compatible.

4. How the Hybrid Solar Inverter Works

The Felicity IVAM6048P1G1 manages energy from the solar panels, battery bank, and utility grid to support the connected electrical loads.

A. During Daytime

When sunlight is available, the solar panels generate DC electricity, which the inverter converts into usable AC electricity for household or business appliances.

Depending on the system’s configuration and energy demand, available solar power can be used to:

• Supply electricity to connected appliances.
• Charge the 48V battery bank.
• Reduce the amount of electricity drawn from the utility grid.

This helps improve solar energy utilisation and reduce electricity expenses.

B. During the Night

When solar generation stops or becomes insufficient, the inverter can draw energy from a compatible, adequately charged 48V battery bank to supply supported electrical loads.

The duration of backup depends on the battery’s usable capacity, the connected load, inverter efficiency, and the battery’s discharge settings.

For example, a 5kWh battery does not necessarily provide five hours of backup. Actual backup time depends on the power consumption of the appliances being supplied.

C. During Grid Outages

In an appropriately configured installation, the inverter can operate in off-grid or backup mode to supply designated loads using stored battery energy and any available solar generation.

This can help maintain electricity to essential appliances during grid interruptions.

The loads supported during an outage depend on the inverter’s operating configuration, battery availability, starting currents of connected equipment, and the installation’s electrical design.

D. When Grid Electricity Is Available

In on-grid operation, the inverter can coordinate solar power, battery charging, and grid electricity according to its supported operating modes and configured settings.

This allows the system to make better use of available solar energy while using grid electricity when necessary.

Grid connection and any permitted export of surplus solar energy must comply with the applicable utility requirements and the manufacturer’s instructions.

5. Advantages of the Felicity IVAM6048P1G1 6kW Hybrid Inverter

1. High 6kW Power Output

The inverter provides a rated output of 6,000W, making it suitable for many residential applications and selected small commercial installations.

It can support a combination of compatible household appliances, lighting, entertainment equipment, computers, refrigerators, and other electrical loads, provided their combined demand and starting currents remain within the inverter’s capabilities.

2. Large Solar Input Capacity

With a maximum PV input rating of 9.6kW, the inverter can accommodate a substantial solar array relative to its 6kW rated output.

This allows users to generate solar electricity for daytime consumption while providing capacity for battery charging when conditions permit.

Actual energy production depends on sunlight, panel orientation, shading, temperature, and other installation conditions.

3. On-Grid and Off-Grid Functionality

Its hybrid design supports on-grid and off-grid applications, subject to the manufacturer’s specified operating modes and installation requirements.

This provides flexibility for users who want to combine solar generation, battery storage, and utility electricity within one system.

4. 48V Battery Compatibility

The 48V battery architecture allows the system to be paired with a compatible battery bank designed for the inverter’s supported voltage range, chemistry, and communication requirements.

Depending on the selected battery capacity, users can configure storage to support essential appliances during the night or during grid interruptions.

Always confirm battery compatibility and the inverter’s maximum charging and discharging current before selecting the battery bank.

5. IP65 Protection Rating

The IP65 enclosure rating indicates protection against dust ingress and water jets under specified test conditions.

This makes the inverter suitable for certain outdoor installations, provided it is mounted according to the manufacturer’s instructions.

Appropriate shade, ventilation clearances, protection from prolonged direct sunlight, and suitable mounting arrangements can help improve operating conditions and equipment longevity.

IP65 does not mean the inverter is waterproof under every condition or suitable for immersion.

6. Built-In Wi-Fi Monitoring

The integrated Wi-Fi module allows the inverter to support wireless monitoring through the manufacturer’s compatible monitoring platform.

Depending on the supported application and firmware, users may be able to monitor information such as:

• Solar energy generation.
• Inverter operating status.
• Battery charging and discharging.
• Load consumption.
• Grid operating conditions.
• System alarms and fault information.

Monitoring availability and the specific information displayed depend on the manufacturer’s software and connectivity requirements.

7. Reduced Dependence on Utility Electricity

By generating electricity from solar panels, the system can reduce the amount of grid power required to operate connected appliances.

The potential savings depend on the user’s daily consumption, solar production, battery capacity, and the proportion of electricity consumed during daylight hours.

8. Flexible System Design

The two PV input ports provide flexibility when designing the solar array.

However, each input must remain within its individual voltage, current, and power limits. Panel string arrangements should be determined by a qualified installer using the actual panel and inverter datasheets.

9. Support for Essential Loads During Power Interruptions

When installed and configured correctly with a compatible battery bank, the inverter can help maintain power to selected essential appliances when utility electricity is unavailable.

For the best results, critical loads should be identified in advance and their total running and starting power assessed before installation.

10. Suitable for Residential and Small Commercial Applications

The combination of 6kW rated output, 48V battery operation, a maximum 9.6kW solar input, and an IP65 enclosure makes the inverter a potential option for homes, offices, retail premises, and other appropriately sized installations.

The final suitability depends on the actual load profile, backup requirements, and electrical design.

6. Recommended Applications

The Felicity IVAM6048P1G1 can be considered for the following applications, subject to appropriate system sizing:

Residential homes

• Lighting and fans.
• Televisions and entertainment equipment.
• Refrigerators and freezers.
• Computers, routers, and office equipment.
• Selected kitchen appliances.
• Other compatible household loads within the inverter’s capacity.

Offices and small businesses

• Computers and printers.
• Lighting and networking equipment.
• Point-of-sale systems.
• Refrigeration equipment.
• Selected office and retail appliances.

Solar backup installations

• Essential household circuits.
• Security systems.
• Communication equipment.
• Selected equipment requiring backup during grid interruptions.

High-demand equipment such as electric cookers, large water heaters, pumps, air conditioners, and heavy machinery should be assessed carefully. Their running power and starting currents may exceed the available inverter capacity, especially when several appliances operate simultaneously.

7. Why Choose the Felicity IVAM6048P1G1?

The Felicity IVAM6048P1G1 combines a 6kW single-phase output with a 48V battery system, a maximum 9.6kW solar input, on-grid and off-grid functionality, IP65-rated protection, and built-in Wi-Fi monitoring.

Its design offers flexibility for customers seeking to reduce grid electricity consumption, make better use of solar energy, and incorporate battery storage for backup power.

For homeowners and small businesses, it provides a useful foundation for a properly designed hybrid solar installation, with the final system configuration determined by actual electricity consumption, required backup duration, and the electrical characteristics of the selected solar panels and batteries.

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Final Product Summary

Felicity IVAM6048P1G1 – 6kW Single-Phase Hybrid Solar Inverter

• Rated output: 6,000W (6kW).
• Battery voltage: 48V.
• Operation: On-grid and off-grid.
• Maximum PV input: 9,600W (9.6kW).
• PV inputs: 2 ports, each rated up to 4,800W.
• PV voltage range: 90–425V DC per port.
• PV input current: 20A + 20A.
• Solar panel configuration: Up to 16 panels, subject to voltage, current, and power limits.
• Protection rating: IP65.
• Monitoring: Built-in Wi-Fi module.

Overall: The Felicity IVAM6048P1G1 is a versatile 6kW hybrid inverter for residential and small commercial solar systems, offering substantial solar input capacity, 48V battery integration, grid flexibility, and wireless monitoring in an IP65-rated enclosure.