Felicity Solar Hybrid Inverter High Frequency Pure Sine Wave 1KVA 12V Inverter (1KW) with 900W MPPT PV Input Voltage 30-80V (IVCM101)

Original price was: KSh36,000.Current price is: KSh30,000. Exc. VAT

Model: IVCM101
Rated Power (Output): 1KW (1 KVA)
Input Voltage (Battery): 12V DC
Output Voltage (AC): 230V ± 10% (AC)
Inverter Type: High-frequency Pure Sine Wave Hybrid Inverter
Maximum PV Input Power: 900W
PV Input Voltage Range: 30V – 80V
MPPT Efficiency: >98%

Felicity Solar Hybrid Inverter High Frequency Pure Sine Wave 1KVA 12V Inverter (1KW) with 900W MPPT PV Input Voltage 30-80V (IVCM101)

The Felicity Solar Hybrid Inverter 1KVA 12V (IVCM101) is an efficient and reliable solution for off-grid solar power systems, designed to deliver high-quality pure sine wave output with a robust set of features. This inverter is a 1KW high-frequency hybrid inverter that integrates both solar charging (via MPPT) and grid charging functions in one compact and cost-effective unit. Featuring a built-in 900W MPPT solar charge controller, it supports solar panel input voltage in the range of 30V to 80V, optimizing the charging efficiency of your solar battery bank. Whether you’re powering small appliances or backing up power for residential or off-grid applications, this inverter offers superior reliability and performance with its pure sine wave output, ensuring the safe operation of sensitive electronics.

Product Features

High-Frequency Hybrid Design

The Felicity Solar Hybrid Inverter is designed with a high-frequency hybrid architecture that allows for efficient energy conversion and low power loss. This makes the inverter lightweight and compact, while still providing reliable and stable output. The hybrid functionality combines solar energy storage with the ability to draw power from the grid or a generator, making it ideal for off-grid or hybrid grid-connected systems.

Pure Sine Wave Output

The inverter produces pure sine wave output, which is critical for running sensitive electronic devices such as computers, televisions, medical equipment, and other appliances that require a stable and clean power source. Unlike modified sine wave inverters, which can cause distortion and overheating in appliances, the Felicity Solar Inverter ensures that your devices run safely and efficiently with no risk of damage from power fluctuations.

Built-In 900W MPPT Solar Charge Controller

The SCCM-101 comes with a built-in 900W MPPT (Maximum Power Point Tracking) charge controller, which maximizes the efficiency of your solar panel system. The MPPT controller dynamically adjusts the voltage and current to ensure your solar panels are operating at the maximum power point, delivering the highest possible charging efficiency to your batteries. This significantly improves the overall performance of the system, especially in conditions of varying sunlight.

Wide Solar Input Voltage Range (30V-80V)

The Felicity Solar Hybrid Inverter can accept a solar input voltage range of 30V to 80V, offering flexibility in the selection of solar panels. This wide input voltage range makes it easier to configure your system with panels of different ratings, while maintaining optimal charging and inverter performance. The MPPT controller adjusts to the system’s specific voltage input, ensuring efficient energy conversion from solar to battery.

Smart Power Management

This inverter includes an intelligent power management system that automatically prioritizes solar energy usage and switches to grid power or battery backup when necessary. It intelligently manages the charging and discharging of batteries based on the available solar power and energy demands, helping to reduce energy costs and optimize system performance. The inverter can also be configured to work in grid-tied mode or off-grid mode depending on your application, making it highly versatile.

Compact and Reliable

The Felicity Solar Hybrid Inverter has a compact design, making it suitable for installations in limited spaces like homes, cabins, small offices, and other small to medium-sized off-grid solar systems. Its high-frequency design and superior thermal management ensure long-lasting performance, with efficient operation even under high loads.