FELICITY IVEM 6048-II 6KVA 48V High Frequency Inverter, Built-in 7500W MPPT, WiFi Module

FELICITY IVEM 6048-II 6KVA 48V High Frequency Inverter, Built-in 7500W MPPT, WiFi Module

FELICITY IVEM 6048-II is a premium 6KVA 48V pure sine wave inverter built for homes, commercial premises, and larger off-grid installations that require high-capacity, intelligent solar power management. Featuring a powerful built-in 7500W MPPT solar charge controller and an integrated WiFi monitoring module, this all-in-one unit is designed to simplify installation, maximize solar harvest, and deliver uninterrupted clean power — all from a single compact device.

Stepping up from the 4KVA range, the IVEM 6048-II is engineered for heavier loads and larger battery banks, making it the ideal choice for medium-to-large households, SMEs, and installations running energy-intensive equipment.

Why Choose the FELICITY IVEM 6048-II?

The IVEM 6048-II eliminates the cost and complexity of pairing separate inverter, charge controller, and monitoring units. Its 48V architecture supports larger battery banks for extended backup runtime, while the 7500W MPPT input handles bigger solar arrays for faster daytime charging and greater energy independence. Whether you’re powering a family home, a busy shop, or a small office block, this inverter delivers grid-quality power with the intelligence to manage it efficiently.

Key Features & Specifications

6KVA / 6000W Pure Sine Wave Output Delivers stable, clean AC power with low total harmonic distortion (THD), safe for all sensitive electronics including computers, refrigerators, air conditioners, medical devices, and variable-speed motors.

Built-In 7500W MPPT Solar Charge Controller The integrated Maximum Power Point Tracking (MPPT) controller supports up to 7500W of solar panel input, continuously tracking and extracting peak power from your PV array regardless of shading or temperature fluctuations — no external charge controller required.

48V Battery System Compatibility Optimized for 48V battery banks, compatible with both lithium iron phosphate (LiFePO4) and lead-acid (AGM/Gel/Flooded) batteries. The higher voltage architecture reduces cable losses and supports longer backup durations compared to 24V systems.

WiFi Monitoring Module The built-in WiFi module connects seamlessly to your home or business network, enabling real-time remote monitoring via smartphone app. View solar generation, battery state of charge, load consumption, charging mode, and historical data — from anywhere, at any time.

High Frequency Design Lightweight and compact relative to its power rating, the high-frequency design makes installation straightforward in wall-mounted or rack setups without the bulk of traditional low-frequency transformers.

Multiple Operating Modes Configurable priority modes — Solar First, Utility First, and Battery First — allow you to optimize for cost savings, grid independence, or maximum backup reserve depending on your energy goals.

Wide PV Input Voltage Range Accepts a broad solar panel input voltage range, offering flexibility to pair with a wide variety of panel configurations and string sizes for both residential and light commercial solar projects.

LCD Display Panel A bright, easy-to-read LCD screen displays real-time system status including battery voltage, solar input power, AC output, and charging current — no app connection needed for quick status checks.

Comprehensive Built-In Protections Engineered with multiple layers of protection: overload protection, over-temperature shutdown, short circuit protection, over-voltage and under-voltage protection, and battery reverse polarity protection — ensuring long-term reliability and equipment safety.

Ideal Applications

• Medium to large homes – Run air conditioners, fridges, washing machines, and lighting without interruption
• Commercial shops and offices – Keep POS systems, computers, CCTV, and lighting running during outages
• Petrol stations and kiosks – Reliable backup for fuel dispensers and electronic systems
• Schools and clinics – Uninterrupted power for ICT labs, medical equipment, and lighting
• Borehole and water pump systems – Solar-powered pumping with battery backup
• Farms and agro-processing – Power motors, lighting, and equipment off-grid

Technical Specifications