High Power , Safe , Environment Friendly

Ni-MH , Nickel-metal-hydride batteries are made mainly from a Nickel-hydroxide , Potassium hydroxide.Cell voltage of such combination is around 1.2 Volts. And its energy density is more than double that of Lead acid and 40% higher than that of Ni Cadmium.

It has Low internal impedance & doesn’t include any environment harmful chemicals such as Cadmium, Mercury , Lead.

It is widely used in multiple applications such as ,

• Electric razors
• Toothbrushes
• Cameras
• Camcorders
• Medical instruments and equipment
• High power static applications (Telecoms, UPS and Smart grid)
• Other Consumer products

Electricity Energy Form , Reaction , Close Circuit

Energy cannot be created or destroyed, but it can be saved in various forms. Such form of storing chemical energy is called battery. When such stored energy is connected in means of circuit its converts Chemical Energy into Electrical Energy.

Generally battery has two ends

• Positive terminal
• Negative terminal

If two terminals are connected with wire, a circuit is formed. In this phase , electrons starts flow through the wire and thus a electricity is produced. But if you look inside the battery, a chemical reaction takes place between the terminals. Such potential difference is called volt.

But this reaction takes place only if there is flow of electrons. Else No.

High Cell Voltage , Safe , Multi Applications

A zinc–carbon battery is a primary dry battery that delivers about 1.5 volts of direct current from the electrochemical reaction between zinc and manganese dioxide. A dry cell mainly consists of zinc , carbon rod.

These batteries use an aqueous paste of ammonium chloride as electrolyte, which is mixed with some zinc chloride solution.

Zinc–carbon batteries were the first commercial dry batteries, developed from the technology of the wet Leclanché cell.

They made flashlights and other portable devices possible, because the battery can function in any orientation.

They are still useful in low drain or intermittent use devices such as ,

• Remote controls
• Flash Lights
• Clocks
• Radio
• Toys

Discharge Pattern

Generally , during discharging a battery a certain quantity of heat is generated. These generated heat gets dissipated in cell and it is directly related to the difference between the thermo dynamic value and the discharge voltage.

And the amount of heat produced in the cell during the discharge is due to the following factors ,

• Voltage difference
• Discharge current
• Time duration

Over the complete discharge, an average value of the discharge voltage has to be taken into account for thermo dynamic analysis.

These above behaviour of a cell during discharge is used to understand the pattern of dissipation in Rechargeable cell.

Charge Pattern

When a cell is charging , the energy produced by the charger is stored in the cell. During the first part of the charge, up to the gassing step, there is virtually no heat dissipation as, during this phase, but the electrochemical charging process is endothermic. Thus any small heating effect due to resistance loss is masked by the cooling effect of the reaction.

After the gassing stage, the charging efficiency of the battery decreases and falls to zero when the fully charged state is reached. Part of the excess energy which is not being used to charge the battery, called overcharge, is used to decompose water to form gas and the rest is converted to heat.

The voltage at which the charge changes from an endothermic to an exothermic reaction is ~1.4 volts per Rechargeable cell. Thust to estimate the dissipated heat, the difference between the cell voltage and 1.4 volts per cell is used.

In the case of charging voltages which are below 1.4 volts per cell are concerned, the heat dissipation is not necessarily zero. This is because at low levels of voltage and current there is a certain level of gas recombination and this gives a heating effect.

These above behaviour of a cell during charge is used to understand the pattern of dissipation in Rechargeable cell.

Battery is a good source of DC

In the real world all circuit produced DC from AC source is not 100%. This reality is due to the following factors ,

• Harmonics
• High frequency Switching
• Coupled electrical noise
• DC Ripple

But through chemical form energy released is steady state & 100% DC. Such chemical form is nothing but battery. Battery is used all over the world. And it is used from portable to large applications.

Good examples of such applications which are widely used are ,

• Torch
• Toys
• Mobile Phone
• UPS System
• Sensors
• Electric Vehicle
• Wireless Device’s
• Power Banks
• Energy Storage Systems
• Solar Systems

Battery DC is an electric current that is uni-directional, so the flow of charge is always in the same direction.

Such flow of electrons will move from high electron density to low electron density

High Efficiency , Extended Battery Life , Safe

Smart Cell Charger is designed to fulfill charging needs of AA & AAA Batteries. This intelligent charger is capable of operating at wide Input AC voltage range from 180-270VAC.It has been designed to withstand the adverse Indian power conditions.
And it is Efficient, compact in size with integration of powerful charging algorithm to give high efficiency and extended battery life.It is engineered with high talented smart cell engineers to produce best ever charger.

Basically it power for the powerful batteries like smart cell.

Why are you waiting !! Explore more and start to do
adventures journey with smart cell products.

More Power , More Cycles

Smart Cell Rechargeable batteries are packed with high power density core which give you more power for all portable applications needs.

It is smart and capable to stay upto 1200 cycles with advanced chemicals imposed in it.

It is widely suitable in multiple applications such as ,

• Clock
• Remote Control
• Toy
• Torch
• Radio
• Audio Players
• Digital Camera

Why are you waiting !! Explore more and start to do adventures journey with smart cell products.

High Quality , High Performance , Safety , Lab tested for international & indian standards

Smart Cell batteries are designed with advanced batteries engineering technology which enables to perform the batteries with high performance with respect to all suitable applications.

Its maintains high quality standards during production and it is highly inspected in each and every stages through out the production.

All production batch batteries are tested for safety and performance checks to ensure safe products to consumer like you.

All products are tested accordingly to both international and Indian standards due to which Smart Cell Batteries qualifies for Safe , High Performance , High Quality Products.

No Harmful Chemicals

Smartcell batteries are produced without adding any harmful chemicals such as Mercury , Cadmium , Lead , etc..

It ensures our batteries are green and packed with advanced power density cores , which is more suitable for eco friendly environment and powerful drives. All the battery products are lab tested and qualifies for the safety chemical levels.

We cares a lot on our environment and ensures the same across all of our products with strictly maintained production process.

For green and eco friendly products use Smart Cell !! for all your power needs !!.

5++ Times Superior than
Conventional Batteries

Smartcell Alkaline Base Cell have a higher energy density than conventional batteries which is 5++ times superior.

Energy Core is locked with advanced technology when they are not connected with loads and thus ensures more longer years when not in use.

Due to low impedance design construction energy flows are very fast and supplies required drain passage of Boost pumped electrons to fulfill the application demand.

This behavior helps the end products to perform better through out the requirements.