Solar Hybrid Inverter

In order to convert the direct current (DC) collected by your solar panel array into the alternating current (AC) required to run most of your common household appliances and electronics, your solar power system will also need a solar inverter – sometimes referred to as a solar converter or a PV inverter. For the purposes of an off-grid system, you will likely use a stand-alone inverter, though there are a few options when it comes to set-up.

solar inverter’s main job is to convert DC power generated from the array into usable AC power. Hybrid inverters go a step further and work with batteries to store excess power as well. This type of system solves issues renewable energy variability and unreliable grid structures

  • D.S.P. (Digital Signal Processor) based design.
  • Pure sine wave output resulting in silent operation of motor and fans safe to all kind of loads.
  • Computer compatibility.
  • S.M.P.S Charging up to 120V AC Input.
  • Solar Hybrid Inverters range 900VA – 10KVA.
  • Inverter / UPS Selection Switch.
  • Solar Charging Control Switch.
  • Mains Charging Control Switch – No tension for night charging.
  • Auto Switchover between Solar and Mains.
  • Simultaneous Charging throgh mains as well as solar panel.
  • PWM / MPPT Solar Charge controller..
  • Solar display for panel voltage, panel current, battery voltage and total generater solar energy in Kwh.
  • Inverter display for mains ON, Mains Volt, Charging ON / OFF, Charging current, battery Volt, inverter / UPS ON/OFF, output volt, output load etc.,
  • Protections against over load, short circuit, battery deep / over charging, Mains over volt (upto 440V), phase input & output reverse, phase & neutral reverse, heavy load in all these error conditions will be shown in the LCD display.
  • Rating : 800VA to 5 KVA.
  • Mains input : Computer mode : 180V to 250V Normal mode : 90V to 280V.
  • Battery volt 12 V to 72 V DC.
  • Input frequency : 45 to 55 Hz .
  • Output Frequency : 50Hz.
  • Output Voltage 230V +/-3%.
  • Inverter efficiency : 90%.
  • Wave form : pure sine wave .
  • Charging Technology : SMPS Type for Mains PWM / MPPT for Solar .
  • Over Load Capacity : 100% above the rated capacity.
  • Charging Current : Settable up to 15Ve.
  • Charger working range : 120 to 280 V AC mains input
Product Description

In order to convert the direct current (DC) collected by your solar panel array into the alternating current (AC) required to run most of your common household appliances and electronics, your solar power system will also need a solar inverter – sometimes referred to as a solar converter or a PV inverter. For the purposes of an off-grid system, you will likely use a stand-alone inverter, though there are a few options when it comes to set-up.

solar inverter’s main job is to convert DC power generated from the array into usable AC power. Hybrid inverters go a step further and work with batteries to store excess power as well. This type of system solves issues renewable energy variability and unreliable grid structures

Features
  • D.S.P. (Digital Signal Processor) based design.
  • Pure sine wave output resulting in silent operation of motor and fans safe to all kind of loads.
  • Computer compatibility.
  • S.M.P.S Charging up to 120V AC Input.
  • Solar Hybrid Inverters range 900VA – 10KVA.
  • Inverter / UPS Selection Switch.
  • Solar Charging Control Switch.
  • Mains Charging Control Switch – No tension for night charging.
  • Auto Switchover between Solar and Mains.
  • Simultaneous Charging throgh mains as well as solar panel.
  • PWM / MPPT Solar Charge controller..
  • Solar display for panel voltage, panel current, battery voltage and total generater solar energy in Kwh.
  • Inverter display for mains ON, Mains Volt, Charging ON / OFF, Charging current, battery Volt, inverter / UPS ON/OFF, output volt, output load etc.,
  • Protections against over load, short circuit, battery deep / over charging, Mains over volt (upto 440V), phase input & output reverse, phase & neutral reverse, heavy load in all these error conditions will be shown in the LCD display.
Specifications
  • Rating : 800VA to 5 KVA.
  • Mains input : Computer mode : 180V to 250V Normal mode : 90V to 280V.
  • Battery volt 12 V to 72 V DC.
  • Input frequency : 45 to 55 Hz .
  • Output Frequency : 50Hz.
  • Output Voltage 230V +/-3%.
  • Inverter efficiency : 90%.
  • Wave form : pure sine wave .
  • Charging Technology : SMPS Type for Mains PWM / MPPT for Solar .
  • Over Load Capacity : 100% above the rated capacity.
  • Charging Current : Settable up to 15Ve.
  • Charger working range : 120 to 280 V AC mains input
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