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  • mPower 1100VA/12V Inverter (Technical Specification)

    Running Load: 3 CFL, 3 Tube light, 3 Ceiling Fan, 1 Television

    One battery/12V; Capacity: 1100 VA, Rated Power: 770W. Supports wide battery range, i.e. Flat Plate, Tubular & VRLA (SMF)

    LED Display for status of Power back-up / battery charging time in Hours and Minute

    Protection: Overload, deep discharge, short-circuit, Reverse polarity & Input mains protection through MCB.

    Safe for sensitive appliances with Sine wave out-put.

    Pure Shine Wave Output, Synchronized changeover

  • mPower 2KVA/24V Inverter (Technical Specification)

    Running Load: 6 CFL, 4 Tube light, 6 Ceiling Fan, 2 Television

    Battery System: 2 batteries/12V each; Capacity: 2000 VA, Rated Power: 1400W. Supports wide battery range, i.e. Flat Plate, Tubular & VRLA (SMF)

    LED Display for status of Power back-up / battery charging time in Hours and Minute.

    Protection: Overload, deep discharge, short-circuit, Reverse polarity & Input mains protection through MCB.

    Safe for sensitive appliances with Sine wave out-put.

    Pure Shine Wave Output, Synchronized changeover

  • mPower 3.5KVA/48V Inverter (Technical Specification)

    Capacity 3.5 KVA, Rated Power 2940 W

    Sine Wave Inverter, supports Four battery, offers high quality and reliable power back-up solution for office and homes.

    Safe for sensitive appliances with Sine wave out-put, Intuitive Display to easily understand status of mains availability, battery status, etc.

    Auto over-load handling capacity, Installation and maintenance friendly, MCB for protection from Input mains

    Bypass switch for supplying output directly from grid in case of Home UPS fault. Noiseless Operations with the help of low harmonic distortion

    Supports a wide battery range, i.e. Flat Plate, Tubular & VRLA (SMF). Adaptive Battery charging control system technology (ABCC) ensures faster battery charging and enhances battery life by around 70%

  • mPower 5KVA/48V Inverter (Technical Specification)

    Capacity 5KVA, Rated Power 3800 W

    Sine Wave Inverter, supports 4 batteries, offers high quality and reliable power back-up solution for office and homes.

    Safe for sensitive appliances with Sine wave out-put, Intuitive Display to easily understand status of mains availability, battery status, etc.

    Auto over-load handling capacity, Installation and maintenance friendly, MCB for protection from Input mains

    Bypass switch for supplying output directly from grid in case of Home UPS fault. Noiseless Operations with the help of low harmonic distortion

    Supports a wide battery range, i.e. Flat Plate, Tubular & VRLA (SMF). Adaptive Battery charging control system technology (ABCC) ensures faster battery charging and enhances battery life by around 70%

    Comprehensive protection against short-circuit, reverse polarity, battery over-charge, deep-discharge etc.

  • mPower 5KVA/96V Inverter (Technical Specification)

    Capacity 5KVA, Rated Power 3800 W

    Sine Wave Inverter, supports Eight batteries, offers high quality and reliable power back-up solution for office and homes.

    Safe for sensitive appliances with Sine wave out-put, Intuitive Display to easily understand status of mains availability, battery status, etc.

    Auto over-load handling capacity, Installation and maintenance friendly, MCB for protection from Input mains

    Bypass switch for supplying output directly from grid in case of Home UPS fault. Noiseless Operations with the help of low harmonic distortion

    Supports a wide battery range, i.e. Flat Plate, Tubular & VRLA (SMF). Adaptive Battery charging control system technology (ABCC) ensures faster battery charging and enhances battery life by around 70%

    Comprehensive protection against short-circuit, reverse polarity, battery over-charge, deep-discharge etc.

  • mPower 7.5KVA/120V Inverter (Technical Specification)

    Capacity 7.5 KVA, Rated Power 6375 W

    Sine Wave Inverter, supports ten batteries, offers high quality and reliable power back-up solution for office and homes.

    Safe for sensitive appliances with Sine wave out-put, Intuitive Display to easily understand status of mains availability, battery status, etc.

    Auto over-load handling capacity, Installation and maintenance friendly, MCB for protection from Input mains

    Bypass switch for supplying output directly from grid in case of Home UPS fault. Noiseless Operations with the help of low harmonic distortion

    Supports a wide battery range, i.e. Flat Plate, Tubular & VRLA (SMF). Adaptive Battery charging control system technology (ABCC) ensures faster battery charging and enhances battery life by around 70%

    Comprehensive protection against short-circuit, reverse polarity, battery over-charge, deep-discharge etc.

  • mPower 10KVA/180V Inverter (Technical Specification)

    Capacity 10 KVA, Rated Power 8500 W

    Sine Wave Inverter, supports ten batteries, offers high quality and reliable power back-up solution for office and homes.

    Safe for sensitive appliances with Sine wave out-put, Intuitive Display to easily understand status of mains availability, battery status, etc.

    Auto over-load handling capacity, Installation and maintenance friendly, MCB for protection from Input mains

    Bypass switch for supplying output directly from grid in case of Home UPS fault. Noiseless Operations with the help of low harmonic distortion

    Supports a wide battery range, i.e. Flat Plate, Tubular & VRLA (SMF). Adaptive Battery charging control system technology (ABCC) ensures faster battery charging and enhances battery life by around 70%

    Comprehensive protection against short-circuit, reverse polarity, battery over-charge, deep-discharge etc.

  • 220 AH Tubuler Batteries (Technical Specification)

    220 Ah capacity, 12V

    Next generation tall tubular battery with better charge acceptance and long Back up

    30% more acid volume per ampere hour than ordinary tubular batteries.

    It has high purity, corrosion-resistant proprietary spine alloy composition for long battery life

    Extra-strong, flexible oxidation-resistant gauntlet for better performance and long life Low Maintenance, special alloy to reduce electrolyte loss.

    Puncture-resistant polyethylene separator which minimize the possibility of internal short circuits

    High Durability with sealed plastic housing, best Solution for areas with long and frequent power cuts

    Readily available factory charged batteries reducing commissioning time, easy maintenance with level indicators

  • 1.1 KVA/12V Hybrid Inverters (Technical Specification)

    Maximum Input PV Voltage-25V, Max. Solar Panel Wattage-Upto 800Wp, Battery Charging Current-20 Amp.,

    Charge sharing from Solar and Grid, Use Settable mode high and low charging.

    HC Mode: Charging current = 20A±1A; Solar + Mains below float voltage and when battery voltage >float voltage charging current =15A±1A.

    EC Mode: Mains Charging current is zero if solar current >13A, Charging current will be maximum at below float voltage, when battery voltage is >float voltage charging current is 15A±1A, system will cut off the mains when battery voltage reaches boost voltage level and output load is transferred to Solar + Battery and reconnect below 11.8V per battery.

    Protections: Batt.over charge , Over current, PV Reverse polarity, current flow

    Over temprature Protection: Through Cooling Fan

  • 2 KVA/24V Hybrid Inverters (Technical Specification)

    Maximum Input PV Voltage-45V, Max. Solar Panel Wattage-Upto 1500Wp, Battery Charging Current-20 Amp.,

    Charge sharing from Solar and Grid, Use Settable mode high and low charging.

    HC Mode: Charging current = 20A±1A; Solar + Mains below float voltage and when battery voltage >float voltage charging current =15A±1A.

    EC Mode: Mains Charging current is zero if solar current >13A, Charging current will be maximum at below float voltage, when battery voltage is >float voltage charging current is 15A±1A, system will cut off the mains when battery voltage reaches boost voltage level and output load is transferred to Solar + Battery and reconnect below 11.8V per battery.

    Protections: Batt.over charge , Over current, PV Reverse polarity, current flow

    Over temprature Protection: Through Cooling Fan

  • 3.5 KVA/48V Hybrid Inverters (Technical Specification)

    Maximum Input PV Voltage-90V, Max. Solar Panel Wattage-Upto 3500Wp, Battery Charging Current-50 Amp.,

    Charge sharing from Solar and Grid, Use Settable mode high and low charging.

    HC Mode: Charging current = 20A±1A; Solar + Mains below float voltage and when battery voltage >float voltage charging current =15A±1A.

    EC Mode: Mains Charging current is zero if solar current >13A, Charging current will be maximum at below float voltage, when battery voltage is >float voltage charging current is 15A±1A, system will cut off the mains when battery voltage reaches boost voltage level and output load is transferred to Solar + Battery and reconnect below 11.8V per battery.

    Protections: Batt.over charge , Over current, PV Reverse polarity, current flow

    Over temprature Protection: Through Cooling Fan

  • Solar Panels 80-300 Watt

    Microwave / radio repeater stations.

    Railroad signals, sailboat charging systems.

    Medical facilities in rural areas, cathodic protection systems.

    Emergency communication systems, air monitoring

    Navigation lighthouses, ocean buoys and wireless Data

    Water quality and environmental data monitoring systems

    Pumping systems for irrigation, rural water supplies and livestock watering

  • Solar Chargers-PWM

    Modern charge controllers use Pulse Width Modulation (PWM) to slowly lower the amount of power applied to the batteries as the batteries get closer and closer to fully charged.

    With a PWM charge controller used with 12v batteries, the voltage from the solar panel to the charge controller typically has to be 18v.

    PWM controllers are built on a time tested technology. They have been used for years in Solar systems, and are well established.

    Low cost according to MPPT. these controllers are inexpensive.

    PWM controllers are available in sizes up to 60 Amps.

    PWM controllers are durable, most with passive heat sink style cooling.

    These controllers are available in many sizes for a variety of applications.

    Water quality and environmental data monitoring systems

    Pumping systems for irrigation, rural water supplies and livestock watering

  • Solar Chargers-MPPT

    The MPPT controller then converts the excess voltage into additional amps. By running higher voltage in the cables from the solar panels to the charge controller, power loss in the cable is reduced significantly.

    Another area that is enhanced by an MPPT charge controller is power loss. Lower voltage in the wires running from the solar panels to the charge controller results in higher energy loss in the wires than higher voltage.

    The most recent and best type of solar charge controller is called Maximum Power Point Tracking or MPPT. MPPT controllers are basically able to convert excess voltage into amperage. This has advantages in a couple of different areas.

    Using an MPPT controller allows much higher voltages in the cables from the panels to the solar charge controller.

    MPPT controllers offer a potential increase in charging efficiency up to 30%

    These controllers also offer the potential ability to have an array with higher input voltage than the battery bank, you can get sizes up to 80 Amps

    MPPT offer great flexibility for system growth

    MPPT is the only way to regulate grid connect modules for battery charging.