





FSolar Atlantic F2.5 2500VA 12V Hybrid Solar Inverter with MPPT, Pure Sine Wave, 3000W PV Input & Lithium Battery Support
د.إ 988.00 Original price was: د.إ 988.00.د.إ 819.00Current price is: د.إ 819.00.
The FSolar Atlantic F2.5 is a 2500VA, 12V hybrid solar inverter designed for off-grid and hybrid solar power systems. Featuring Pure Sine Wave output, a built-in MPPT solar charge controller with up to 3000W PV input, and 100A maximum charging current, it supports both lithium and lead-acid batteries. With 4kVA surge power, an LCD display, and grid and generator compatibility, the Atlantic F2.5 provides a compact and flexible solution for solar energy management and battery backup.
Overview
FSolar Atlantic F2.5 – 2500VA 12V Hybrid Solar Inverter
Experience reliable solar energy management with the FSolar Atlantic F2.5 Hybrid Solar Inverter, designed to combine solar power, battery storage and backup electricity in one compact power solution. With a rated capacity of 2500VA, a 12V battery system and an integrated MPPT solar charge controller, this inverter is suitable for off-grid and hybrid solar power applications.
Powerful Performance with Pure Sine Wave Output
The Atlantic F2.5 delivers a rated capacity of 2.5kVA with a power factor of 1 and a surge capacity of up to 4kVA. Its Pure Sine Wave output provides stable AC power for compatible electrical appliances, lighting, computers and other electronic equipment.
The inverter supports selectable output voltages of 208V, 220V, 230V and 240V AC, with automatic adaptation to 50Hz or 60Hz frequency.
Advanced MPPT Solar Charging Technology
Equipped with a built-in MPPT solar charger, the Atlantic F2.5 supports a maximum PV input power of 3000W and a maximum PV input current of 18A.
The MPPT operating voltage range of 30–400V DC and maximum PV open-circuit voltage of 450V DC provide flexibility when designing compatible solar panel configurations.
The integrated solar charging system supports a maximum PV charging current of 100A, allowing the inverter to manage solar energy and battery charging within a single unit.
12V Battery System with Lithium and Lead-Acid Compatibility
Designed for a 12V battery system, the Atlantic F2.5 supports compatible lithium and lead-acid batteries, providing flexibility when choosing an energy storage solution.
The inverter offers a maximum AC charging current of 100A and a maximum combined PV and AC charging current of 100A. Its maximum battery discharging current is rated at 150A.
The charging configuration allows the system to use available solar and AC power sources for battery charging.
Flexible Hybrid Power Management
The FSolar Atlantic F2.5 is designed for hybrid power applications involving solar panels, battery storage, grid electricity and generator power.
It supports an AC input voltage range of 90–280V in APP/Generator mode and 170–264V in UPS mode.
With a specified transfer time of 10ms in APP/UPS mode and 20ms in generator mode, the inverter is designed to transition between compatible power sources as required by the configured operating mode.
Actual backup performance depends on the connected battery capacity, electrical load and system configuration.
LCD Display and Convenient Monitoring
The inverter features an LCD display that provides a convenient interface for viewing system information and configuring operating parameters.
It also includes an RS232 communication interface for compatible communication applications.
Compact Design for Solar Power Installations
The Atlantic F2.5 features a compact enclosure measuring 331 × 270 × 100 mm and weighs approximately 4.5 kg.
Its IP21 protection rating makes it suitable for appropriately protected indoor installation environments, subject to the manufacturer’s installation instructions.
The inverter has a specified operating temperature range of -10°C to 60°C, subject to operating conditions and applicable derating requirements.
FSolar – Beyond Imagination
The FSolar Atlantic F2.5 combines hybrid power management, Pure Sine Wave output, MPPT solar charging and flexible battery compatibility in a compact inverter solution for off-grid and hybrid solar energy systems.








