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Low Current Distortion & High PF During Charging Mode
Graphical Display with Keypad: Its Indicate At Mains On, Alarm...

Current Sharing Between Solar & Ac When Present
Fast Changeover Time & High Inrush Current

Pure Sine Wave Output with LiFePO4 Battery Support Ensures Stable
Advanced 13th Gen Processor & True Triple MPPT for High-Efficiency

Controller-Based Design
Pure Sine Wave with 100% Tracking of Solar Panel

Parallel Operation: Supports Connection of Up to 9 Units in
Smart Connectivity Built-in Wi-fi Capability & Intuitive Touchscreen Interface for

Operates on both Solar Power as well as Grid Power
Intelli Overload sense with Short Circuit Protection

Consent Low Grid Consumption, Consumer Savings in Electricity Bill &
LCD Display with Tri-Colour Backlight for Convenient Display of Parameters

ASIC Technology Based Battery Charging for Extended Battery Life
LCD Display with Tri-Colour Backlight for Convenient Display of Parameters




Supports Solar, Grid & Battery Power for Uninterrupted Backup
3.5kVA Capacity Ideal for Homes & Small Offices with Moderate


Dual Charging, Mains Mode & Solar Mode
Micro Controller DSPIC Based Intelligent Control Design

Single Solar Array

Fast Changeover Time, High Inrush Current & Current Sharing Between
Low Current Distortion & High PF During Charging Mode

Supports Up to 120 Amp Maximum Solar Current Input &
4 kW True Hybrid Inverter can Handle Various Loads Like

Grid Charging Enable-Disable setting from the Front Panel to provide
Intelli Overload sense with Short Circuit Protection

Configurable User Setting
Remote Monitoring lot

Long Life, Zero Maintenance, Fast Charging & Environment Friendly
Big Display of Data

LCD Display with Tri-Colour Backlight for Convenient Display of Parameters
ASIC Technology Based Battery Charging for Extended Battery Life




MPPT Tracking Advance Algorithm Support to Generate Max Solar Power
Full Load Output Voltage Highest Among its Peer at Nominal...



Inbuilt Isolation Transformer to Protect From Grid Surges & Noise
Smart Solar Optimization


Supports Single Battery, Advanced DSP Control Technology
Smart Charging Even During Low Voltage 90v, Dod, Can Set

High Capacity of 3Kva for Reliable Performance In Varying Loads
Built-In Safety Features for Protection Against Voltage Fluctuations & Overloads

Low Current Distortion & High PF During Charging Mode
Multi Stage Battery Charging Including Temperature Compensation

RS 232, Gprs, Wi-Fi Remote Monitoring Available & MNRE Approved:
5 Mode Priority Selection, Plug N Play & Robust Industrial

High Efficiency DC-DC Power Conversion
Multi Stage Battery Charging Including Temperature Compensation

24v System Supports High-capacity Battery Banks for Extended Usage
Smart Hybrid Technology Ensures Efficient Energy Management & Savings

5 kW True Hybrid Inverter can Handle Various Loads Like
Advanced Technology: Equipped with a 13th Gen Processor & True

Grid Charging Enable-Disable setting from the Front Panel to provide
Operates on both Solar Power as well as Grid Power

Configurable User Setting
Remote Monitoring lot

ASIC Technology Based Battery Charging for Extended Battery Life
Consent Low Grid Consumption, Consumer Savings in Electricity Bill &

AI Charge Sharing
Advanced DSP Technology
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What is an MPPT solar inverter?
An MPPT (Maximum Power Point Tracking) solar inverter is a type of inverter that optimizes the power output from solar panels by continuously adjusting the electrical operating point to extract the maximum possible power under varying conditions like sunlight intensity and temperature.
How does MPPT technology improve solar energy generation?
MPPT technology significantly improves solar energy generation by ensuring that the solar panels operate at their peak efficiency. It actively searches for the maximum power point on the panels voltage-current curve, preventing energy loss that can occur with simpler inverter technologies.
Are MPPT inverters more efficient than conventional inverters?
Yes, MPPT inverters are generally more efficient than conventional (or PWM) inverters. They can increase energy harvest by 10-30% or more, especially in conditions where sunlight levels fluctuate or when panels are partially shaded.
When is an MPPT inverter most beneficial?
MPPT inverters are most beneficial in environments with variable sunlight, such as during cloudy days, early mornings, late afternoons, or in locations prone to partial shading. They are also advantageous in systems with multiple solar arrays oriented differently.
What are the main advantages of using an MPPT solar inverter?
The main advantages include higher energy yields, improved performance in non-ideal conditions (shading, varying light), better efficiency, and a longer lifespan for the solar system due to optimized power management.