3.2kVA Felicity 24V 3.2kW High-Frequency Hybrid Inverter

KSh 29,999.00KSh 50,000.00 (-40%)

In stock

Capacity: 3.2kVA / 3.2kW | 24V

🔌 High-Frequency Hybrid Inverter

🔋 Designed for Compatible 24V Battery Systems

🏠 Home Backup | ☀️ Solar Systems | 🏪 Small Businesses

3.2kW Power for Medium-Sized Solar & Backup Applications

Verified & Supported by Macire

Macire – Inspired Living. ✨

The 3.2kVA Felicity 24V High-Frequency Hybrid Inverter delivers 3.2kW rated power on a 24V battery platform, making it a practical choice for medium-sized home solar and backup installations.

Its 3.2kVA / 3.2kW capacity provides more room for essential household and small-business loads than smaller 2kVA-class systems, while retaining a manageable 24V battery architecture.

The high-frequency hybrid design makes this inverter suitable as the central power-conversion component in a properly matched solar, battery and backup system.

Technical Specifications

Specification Details
Brand Felicity
Rated Apparent Power 3.2kVA
Rated Power 3.2kW
Battery Voltage 24V
Inverter Type Hybrid Inverter
Technology High Frequency

Key Features

  • 3.2kVA / 3.2kW rated capacity
  • 24V battery platform
  • High-frequency inverter technology
  • Hybrid solar inverter configuration
  • Suitable for medium-sized solar and backup systems
  • More power capacity than a 2kVA-class inverter
  • Designed for compatible 24V battery storage
  • Suitable for appropriately calculated home and business loads

3.2kVA / 3.2kW Power Capacity

With a rated capacity of 3.2kVA / 3.2kW, this Felicity inverter provides a useful middle ground between smaller essential-load systems and larger 5kW-plus solar installations.

It can support a broader selection of appliances when the combined running and starting loads remain within the inverter’s permitted limits.

24V Battery Platform

Unlike smaller Felicity models built around 12V batteries, this inverter operates on a 24V battery platform.

Battery selection should consider not only storage capacity in kWh, but also the battery’s discharge capability, charging requirements and compatibility with the inverter.

Correct DC cable sizing and protection remain particularly important at the inverter’s higher power levels.

High-Frequency Hybrid Design

The inverter uses a high-frequency architecture, distinguishing it from low-frequency hybrid inverter designs.

Its hybrid configuration makes it suitable for integration into a properly designed solar and battery installation, with the exact solar-array configuration determined by the inverter’s PV and MPPT specifications.

A Step Up from 2kVA Systems

Compared with a 2kVA / 2kW inverter, this 3.2kVA / 3.2kW Felicity inverter provides:

  • 1.2kW additional rated power
  • 60% more rated power
  • A 24V rather than 12V battery platform
  • Greater capacity for appropriately calculated simultaneous loads

This makes the 3.2kVA model a stronger option where a basic 2kVA system would be too restrictive.

Applications / Use Cases

🏠 Home Solar Backup – suitable for a properly selected combination of essential household appliances.

☀️ 24V Solar Systems – designed around a compatible 24V battery-storage platform.

💻 Home Offices – useful for computers, networking equipment and other appropriately sized loads.

🏪 Small Businesses – suitable for selected business equipment where total load demand has been calculated.

💡 Essential-Load Systems – a practical choice where lighting, electronics and selected appliances require dependable backup.

Battery & Solar System Matching

Before configuring the inverter, confirm:

  • Compatible 24V battery system
  • Required battery capacity in kWh
  • Battery discharge capability
  • Inverter charging requirements
  • Solar PV operating range
  • Maximum permitted PV capacity
  • MPPT requirements
  • Correct DC cable sizing
  • Suitable DC protection and isolation
  • Expected simultaneous load

The exact PV input range, MPPT capacity, charging current, surge capability and communication specifications were not supplied for this inverter and should be confirmed from its exact technical documentation.

Usage & Installation Notes

  • Use a compatible 24V battery system
  • Confirm battery discharge capability before installation
  • Correctly size battery cables for the expected current
  • Install suitable DC protection and isolation
  • Observe correct battery polarity
  • Confirm PV specifications before selecting solar panels
  • Keep simultaneous loads within inverter limits
  • Allow appropriate installation clearances
  • Follow Felicity installation requirements
  • Installation should be carried out by a suitably qualified technician

Mini FAQ

What is the inverter capacity?
It is rated at 3.2kVA / 3.2kW.

What battery voltage does it use?
It operates on a 24V battery platform.

Is it a hybrid inverter?
Yes. It is specified as a hybrid inverter.

Is it high frequency?
Yes. This is a high-frequency hybrid inverter.

Is it more powerful than the 2kVA Felicity model?
Yes. At 3.2kW, it provides 1.2kW more rated power, which is a 60% increase over a 2kW inverter.

How many solar panels can I connect?
The exact PV capacity and input-voltage specifications were not supplied. Panel quantity should be determined from the inverter’s confirmed MPPT/PV specifications and the electrical characteristics of the selected panels.

Why Buy from Macire

  • 3.2kVA / 3.2kW Felicity inverter
  • 24V battery architecture
  • High-frequency hybrid design
  • Stronger capacity than smaller 2kVA-class systems
  • Suitable for appropriately sized home and small-business solar systems
  • Professional inverter, battery and solar-system matching support

Visit us: Kenafric Business Park, Ruaraka, Nairobi
WhatsApp: 0750 00 66 00
Calls: 0713 520 969 / 0718 762 530
Website: Macire

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