As per the latest MNRE announcement, battery storage is mandate for the latest solar installations. Off-grid solar power is a best way to save energy. It allows you to produce and control your own electricity without being connected to KSEB. This self-sufficient power system uses solar panels to generate the energy and stores it in batteries for night use.

Another main advantage of this system is that, we can connect the system to the AC power line also. There is no need of permission or license from government or electricity board. Ministry of renewable energy provides subsidies to this unit.We are the first manufacturer and supplier of Solar Inverter in Kerala We have vast of experience since 15-years in this field. and have installed thousands of systems in different places of Kerala. Before planning the installation of a system you must be follow the advice of a technical expert to avoid unwanted loss of fund.

Key Features and Benefits:

• Pure Sine Wave Output: Powers sensitive electronics and appliances safely.
• Automatic Solar/AC Switching: Seamless transition between solar and KSEB power.
• Separate Mains On/Off Charger Switch: Provides manual control for AC charging.
• Dual Power Source (Solar/KSEB): Maximizes energy savings and utilizes renewable resources.
• Energy Efficient: Reduces electricity bills and promotes eco-friendly energy consumption.
• Comprehensive Protection: Lightning, high/low voltage, overload, overcharge, and deep discharge protection.
• Digital Display: Real-time monitoring of voltage, load, and charging status.
• LCD Solar Charger Display (36V+): Panel voltage, battery voltage, output current, solar/mains status, and saved unit tracking.
• Audio and Visual Indicators: Instant alerts for system status and potential issues.
• Easy Installation: Compatible with existing wiring.
• Quiet Operation: Noise-free performance.
• Extended Battery Life: Floating and trickle charging for optimal battery health.
• Automatic Operation: Intelligent built-in charging control system.
• Automatic Solar Priority: Switches to solar when battery is full and sunlight is sufficient.
• Manual/Automatic Grid Charging: Flexibility for low sunlight conditions.
• ISO 9001-2015 Certified: Quality and reliability you can trust.
• Cost-Effective: Ideal for part-time power supply with low investment.
• Pollution-Free: Environmentally friendly power solution.
• DSP Based Design: Efficient and reliable performance.
• Bridge Type MOSFET Topology: Advanced switching technology.
• Single Sided PCB: Easy assembly and maintenance.
• Auto Resetting: Automatic recovery from faults.

Why Choose Flyline Solar?

Flyline pure sine wave solar systems are designed for reliability, efficiency, and ease of use. Experience the benefits of clean, uninterrupted power with our advanced solar technology.

FLYLINE HYBRID SOLAR PCU WORKING MECHANISM:-

• System priority Stage : - solar-battery-grid
• When solar energy is sufficient total out put load will operate on solar Inverter. Excess solar power will charge batteries.
• When solar energy is weak then inverter will take DC source from batteries to compensate the out put load.
• When the battery discharge level reaches 11.2 volt or below, the out put load is shifted to grid and the battries are charged with the help of solar power only.
• At Day time when each battery becomes 13.5 v the output load again shifts to solar Inverter.
• In 48 and above DC volt system of solar inverter - At night or when there is no sunlight the batteries reach 70% discharge level (30 % kept as a buffer) the out put load is shifted to grid without any change over time. (Each battery discharging level become 1.5 v )
• In 12 and 24 volt DC system of solar inverter - At night or when there is no sunlight, the out put load is shifted to grid and the battery back-up is used onlywhen there is a grid failure.
• After shifting the load to grid there is an optional on –off switch ( manual ) to charge the battery from grid up to 13.5 volt .
• At night during changeover of load from battery backup to grid supply (i.e 70 % battery discharged) and if grid supply is absent then load is shifted to solar inverter to use buffer battery backup (i.e balance 30 %)
• By using solar power the solar charger high cut-off is 14.5 V of each battery.