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We are a leading Manufacturer of amaron quanta battery, exide invaplus inverter battery and sukam solar battery from Rajkot, India.
Amaron Quanta Battery

Amaron Quanta Battery

Rs 1,100  / PieceGet Best Price
BrandAmaron
Capacity120Ah
Battery TypeFlat Plate Battery
Warranty2 years
Voltage12V
Model Name/NumberQuanta
Country of OriginMade in India
It is a Product of world class battery technology produced and tested in Amara Raja’s premier VRLA manufacturing facility, supported by technology expertise from alliance partner Johnson Control Inc. A market leader in just 10 years, Amaron Quanta is a preferred 12V VRLA SMF battery brand by most of India’s reputed UPS manufacturers and customers across various segments like Banks, IT Companies, BPOs, Industries, Government Departments, Hospital, and Education Institutes etc.

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Exide Invaplus Inverter Battery

Exide Invaplus Inverter Battery

Rs 1,200  / PieceGet Best Price
BrandExide
Battery TypeFlat Plate Battery
Warranty24month
Capacity160Ah
Country of OriginMade in India

An efficient inverter battery must be able to meet frequent deep discharges, ensure reliability over months, be low maintenance, ensure minimum emission of gasses, no or minimum acid spray/ fumes, require its Home UPS system manufacturing facility at Roorkee and all Exide Home UPS systems are manufactured at this state-of-the-art unit.

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Sukam Solar Battery

Sukam Solar Battery

Rs 1,300  / PieceGet Best Price
Ah Efficiency100Ah
BrandSukam
Battery TypeTubular Battery
Voltage12V
Charging Current (Amp)36A
Warranty3year
Sukam Solar Batteries designed for use with Su-Kam Solar Systems, are built to last longer and are rugged enough to be used in any weather condition.

Usually, Solar Photovoltaic Systems require battery subsystems to store the reserve electrical energy for times when there is zero insulation. These installations require battery subsystems with minimum maintenance due to the high costs associated with transporting personnel and providing parts to various sites. 

At times like this, the selection of a proper battery for Solar Photovoltaic Systems requires a complete analysis of the battery discharge requirements. The kilowatt-hours of energy stored in the battery depending upon the load requirements, the number of days of storage, the insulation patterns in the geographical area of the installation and the solar array output. Other factors taken into consideration while sizing the battery are operating temperature variations, environmental temperature extremes and weekly/daily usage, the voltage regulator design, and the efficiency of the inverter. Also, the energy required to charge a battery will be the sum of the previous discharge energy output and the energy expended as work and excess heat during the recharge. Longer charge times and lower charge currents tend to increase charge efficiency.In lead-acid batteries, turn around energy efficiency can approach 85 percent. Shorter charge times and higher charge currents will sacrifice energy efficiency and battery life. Charge time and power available from the solar array must therefore be considered in selecting the battery type and size. 

Battery operating life in the solar PV system is a function of the operating temperature, the duty cycle, the depth of discharge, the charge control and the cell design. Significantly higher average operating temperature decreases life, and the number of available charge-discharge cycles decreases with increasing depth of discharge. 

Keeping all these factors in mind, Su-Kam batteries are the perfect choice for your Solar Systems.

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