Category: Solar Energy Equipment → Solar Inverters → Hybrid Inverters

The HYP4860S100 6.2kW Hybrid Solar Inverter is designed for solar power systems requiring both grid-connected and off-grid operation. Operating on a 48V battery system, it features dual MPPT solar charge controllers, a stated 100A charging rating, and a maximum PV open-circuit voltage of 500V DC.

With two PV input ratings of 4,500W each as supplied, this inverter is suitable for designing solar installations that use multiple PV strings, subject to the manufacturer's input-current and configuration limits.

Supplied with a 2-year warranty, this inverter is an option for homes, offices, shops and other premises seeking an integrated solar power solution.

### 2\. Full product description

### HYP4860S100 6.2kW Hybrid Solar Inverter — Grid and Off-Grid Power Solution

The HYP4860S100 hybrid inverter combines solar power conversion with battery-based energy storage and grid integration. It is designed to form part of a solar installation that can use PV generation, stored battery energy and utility-grid power according to the unit's supported operating modes.

Its 48V battery architecture makes it suitable for compatible low-voltage battery systems, while its dual MPPT configuration provides two maximum power point tracking inputs for solar array design.

### Key features and benefits

* 6.2kW rated output: Designed to supply compatible electrical loads within the inverter's specified continuous and surge limits.

* 48V battery system: Intended for compatible 48V nominal battery banks. Confirm supported battery chemistries and charging settings.

* Dual MPPT solar charging: Provides two independent maximum power point tracking channels for appropriate PV array configurations.

* 100A charging rating: The supplied specification states 100A. Confirm whether this applies to solar charging, AC charging or combined charging before installation.

* Maximum PV open-circuit voltage of 500V DC: The total cold-weather-adjusted string voltage must remain within the manufacturer's absolute limit.

* Two stated 4,500W PV inputs: The supplied information indicates 4,500W per input, potentially 9,000W combined. Confirm the manufacturer's maximum total PV array rating.

* Grid and off-grid operation: Supports a hybrid solar installation, subject to the manufacturer's operating modes and electrical connection requirements.

* 2-year warranty: Warranty coverage is subject to the supplier's written terms.

### Recommended applications

* Residential solar power systems

* Offices and commercial premises

* Retail shops and small businesses

* Solar installations with compatible 48V lithium or lead-acid batteries

* Hybrid systems designed to combine solar generation, battery storage and grid power

Actual load suitability depends on appliance starting currents, output waveform, phase configuration and the manufacturer's continuous and surge ratings.

### 3\. Technical specifications

| Model | HYP4860S100 |

| Product type | Hybrid solar inverter |

| Operating modes | Grid and off-grid, as supplied |

| Rated inverter power | 6.2kW, as supplied |

| Nominal battery voltage | 48V |

| Charging current rating | 100A, charging type to be confirmed |

| MPPT configuration | Dual MPPT |

| Maximum PV open-circuit voltage | 500V DC |

| PV input rating 1 | 4,500W, as supplied |

| PV input rating 2 | 4,500W, as supplied |

| Combined stated PV input | 9,000W, subject to manufacturer confirmation |

| Warranty | 2 years |

| Battery compatibility | Confirm supported battery chemistry and voltage range |

| AC input/output voltage | Confirm from manufacturer's datasheet |

| Maximum PV input current | Not supplied; verify before array design |

| MPPT operating voltage range | Not supplied; verify before array design |

| Maximum AC charging current | Not supplied |

Technical note: Do not design the PV array using the 500V maximum alone. The PV string's open-circuit voltage at the lowest expected site temperature must remain below that limit, and the string's operating voltage and current must comply with each MPPT's specified limits.

### 4\. Frequently asked questions (FAQs)

Q1. What is the rated power of the HYP4860S100 inverter?

The supplied specification identifies a rated power of 6.2kW. Confirm the continuous output rating and surge capacity on the manufacturer's datasheet.

Q2. Can this inverter work with solar panels and the utility grid?

It is described as a grid and off-grid hybrid inverter. The precise grid-assist, bypass and export functions should be confirmed for the exact model.

Q3. What battery voltage does it use?

It uses a nominal 48V battery system. Battery voltage limits, charging profiles and compatibility must be checked before installation.

Q4. What does dual MPPT mean?

Dual MPPT means the inverter has two maximum power point tracking channels. These help optimise solar energy harvesting from compatible PV array configurations, especially where separate strings have different orientations or operating conditions.

Q5. What is the maximum PV voltage?

The supplied maximum PV open-circuit voltage is 500V DC. This is a maximum limit, not the recommended operating voltage.

Q6. How many solar panels can be connected?

The number depends on panel wattage, panel Voc and Vmp, temperature-related voltage changes, the inverter's MPPT voltage range and maximum input current. The manufacturer's complete PV input specifications are required to calculate a safe string arrangement.

Q7. Can it charge a battery at 100A?

The product information states 100A charging. Confirm whether this is the maximum solar charging current, AC charging current or combined charging current, and ensure the battery's BMS and specifications permit that current.

Q8. What is the warranty period?

The supplied warranty is 2 years. Confirm the warranty start date, exclusions and claim procedure with the seller.

Q9. Can it power an air conditioner, refrigerator or water pump?

Potentially, provided the combined running load, starting surge, motor characteristics and inverter output specifications are within the permitted limits.

Q10. Is the inverter suitable for lithium batteries?

It may be compatible with certain lithium battery systems, but the supported chemistry, voltage range, charging profile and BMS communication requirements must be confirmed for this exact model.