Felicity 8kW 48V Single Phase Hybrid Solar Inverter IVEM8048-II; 10kWp PV, 500V Voc, 90-450V MPPT, 2 PV Inputs, 150A Charge, WiFi, Gen

Felicity 8kW 48V Single Phase Hybrid Solar Inverter IVEM8048-II

• 8kW / 8kVA single-phase inverter.
• 48V battery system.
• Supports up to 10kW solar PV input.
• 500V maximum PV open-circuit voltage.
• 90V - 450V PV working range.
• 2 PV inputs with up to 20A x 2 input current.
• Up to 150A maximum charge current.
• Built-in WiFi for mobile monitoring.
• Compatible with grid or generator input.
• Supports up to 6 units in parallel.

Felicity 8kW 48V Single Phase Hybrid Solar Inverter IVEM8048-II

The Felicity IVEM8048-II is an 8kW 48V single-phase hybrid solar inverter for homes, shops, offices, farms, schools and backup systems that need solar power, battery storage, grid support and generator compatibility.

It supports up to 10kW PV input, 500V PV Voc, 90V - 450V PV working range, 150A charging, built-in WiFi monitoring and parallel operation up to 6 units, making it a practical choice for medium to large single-phase solar backup systems. Felicity’s datasheet lists the IVEM8048-II as an 8kVA / 8000W inverter with 48V DC input, 10,000W maximum PV input, 500V maximum PV open-circuit voltage, 90V - 450V PV working range, and 150A maximum charge current.

Best For

The Felicity IVEM8048-II is best for single-phase homes, shops, offices, farms, schools, clinics and backup systems that need an 8kW inverter with solar charging, battery storage, grid/generator support and WiFi monitoring.

General

• Brand: Felicity Solar
• Model: IVEM8048-II
• Product type: Hybrid / off-grid solar inverter-charger
• Rated output power: 8kW / 8kVA
• Battery voltage: 48V
• Phase type: Single phase
• Nominal output voltage: 230Vac ±5%
• Output waveform: Pure sine wave
• Frequency: 50Hz / 60Hz adjustable
• Display: LCD screen
• Built-in WiFi: Yes

Solar PV Input

• Maximum PV input power: 10,000W / 10kWp
• Maximum PV open-circuit voltage: 500V
• PV working / MPPT range: 90V - 450V
• Minimum start-up voltage: 100V
• PV inputs: 2
• Maximum PV input current: 20A x 2, maximum 40A
• Maximum PV power per single PV input: 5,000W
• Built-in MPPT solar charge controller: Yes

Battery and Charging

• Battery voltage: 48V
• Maximum charge current: 150A
• Adjustable charge current: 10A - 150A, adjustable in 1A steps
• Maximum solar charging current: 150A
• Maximum charging current from PV + grid or generator: 150A
• Lithium battery activation: Yes
• Inverter running without battery: Supported
• Overcharge protection: Yes

AC Input and Generator

• Nominal AC input voltage: 230Vac
• AC input voltage range: 90V - 280Vac
• Maximum AC input voltage: 280Vac
• AC input frequency: 50Hz / 60Hz auto detection
• Compatible with mains voltage: Yes
• Compatible with generator power: Yes
• Generator input port: Can be reconfigured to smart output port
• Smart output port duration: Customisable

System Features

• Parallel capability: Up to 6 units
• Pass-through without battery: Yes
• Auto restart when AC recovers: Yes
• Cold start function: Yes
• Smart output port: Yes
• Mobile monitoring: Yes, via app
• LCD parameter setting: Yes

Protection

• Overload protection: Yes
• Over-temperature protection: Yes
• Short-circuit protection: Yes
• Output short-circuit protection: Yes
• Overcharge protection: Yes

Physical Details

• Product dimensions: 607 x 464 x 141mm
• Package dimensions: 712 x 582 x 259mm
• Net weight: 23.7kg
• Operating temperature: -10°C to 50°C
• Storage temperature: -15°C to 60°C
• Certification: CE-EMC, IEC 62109-1/2, IEC 63027

• Confirm that your site is single phase and that an 8kW inverter is suitable for your actual load, including fridges, pumps, sockets, lighting and appliances.
• Use compatible 48V batteries that can support the inverter’s backup demand and up to 150A charging.
• Size the solar array within the 10kWp PV input limit, 500V Voc limit, 90V - 450V MPPT range and 20A x 2 PV input current.
• Plan for professional installation, including AC/DC breakers, surge protection, earthing, battery protection, generator integration and correct inverter configuration.