On all starter batteries, the CCA (cold cranking amps) rating is imprinted in amperes. This represents the amount of current a particular battery can deliver at a cold temperature. Society of Automotive Engineers has specified around 32 seconds of battery discharge at precisely –19C at the rated CCA ampere without dropping it below 6.3 volts.

Starter battery also has a substantially low resistance, and this is achieved by adding extra plates to ensure maximum surface area. These plates are thin and lead is applied on them in a sponge like form, which appears like a fine foam. This extends the surface area of the battery plates, achieving low resistance and maximum power. Here plate thickness is less important because the discharge is short and battery is again recharged while driving, so the emphasis here is on power rather than capacity. The starter battery does not allow deep cycling.

Deep Cycle Batteries

Deep cycle batteries (also called deep cell batteries) are specifically designed to provide steady current for a long duration of time. These batteries are also designed to easily stand up to being drained over and over which would be enough to ruin a regular car battery.

Almost all recreational vehicles (golf carts, scooters, or boats) tend to use some kind of deep cycle batteries. Both regular and deep-cycle batteries are lead-acid and also have the same chemistry behind them to produce energy. However, their design is different and they’re intended to be used in different ways.

Deep-cycle lead acid batteries provide high cycle count and maximum capacity. This is achieved by making lead plates thick. It improves their cycling abilities. Generally, a deep-cycle battery allows up to 300 cycles. Though deep-cycle batteries are built for cycling, full discharge can still induce lot of stress, and the cycle count will depend on the depth-of-the-discharge. These batteries are marked in minute of run time or Ah.

So, is any of these batteries more energy efficient? Well, it actually depends upon the usage, therefore, it shows ho important it is to choose the right tools for the job. While any deep cycle battery can retain sufficient charge for a long period of time, it would still have insufficient cold cranking amps to start many cars. It’s also unlikely to lose any charge due to lack of use. When we finally make a switch to electric or hybrid cars, they all will most probably use deep cell batteries.

Lastly, you cannot swap a deep-cycle battery with a starter batter, and vice versa. While a person might be tempted to install an inexpensive starter battery instead of a more expensive deep cycle battery on his wheelchair to save some money, but it won’t last long mainly because it has very thin sponge like plates that would quickly dissolve with repetitive deep cycling. Today there are some combination starter/deep-cycle lead-acid batteries available for buses, trucks, military and public safety vehicles, but these unites are heavy and big. As a simple guideline, the heavier the battery is, the more is the amount of lead it contains, and the longer it will last.

If you need a new starter battery or deep cycle battery then please give us a call on 1300 468 931 and ask us for our best price for your vehicle.

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Sealed lead batteries are the most modern types of the batteries that we have today which were first invented in 1970s. They are specially made and compared to the unsealed battery, they very much advanced technologically. They are designed to operate in what is popularly known as maintenance-free condition. You do not have to open the caps while charging to release the gas. This is problem have been solved by keeping the minimum content inside the battery under a slight pressure. By doing this, the gas produced while charging is condensed into liquid form back to the battery plates. This means that very little acid is used and thus there is no need to replenish the battery with acid in future. This has been the main principle that has made the sealed lead acid batteries very popular among many.

Today, sealed lead acid batteries are the trend in the market. Their applications are all and everyone is using them. Make a guess where you have it, they popularly used in car or a motorcycle. these two areas are the biggest consumers of this product. That battery that your phone is using applies the principle of sealed lead acid battery. Another area where you may be having these batteries is in the Uninterruptable power supply (UPS) which are the backup power supplies of the computer systems.

These batteries have incredible charge retention and they can go for days not only in vehicles but also in other areas. They have found good use in some of the most sensitive areas including the hospitals’ ICUs, research sensitive laboratories and also much in the aeronautical field. These are places that require very strong power backups and these sealed batteries are the perfect choice. They are also used in emergency lighting and on wheelchairs. They are very efficient, effective and last longer while they are used in stationary conditions with less or no movement.

Sealed lead acid batteries are designed to cost less, give dependable services and be maintenance-free to satisfy the market needs and demand. Although they have low energy density and rated as environmentally unfriendly, their plenty of advantages out ways these cons by far. They are very reliable and once you have it, you are guaranteed quality services. Always remember to store them in a charged condition and you will indeed enjoy their service for a long period of time.

If you need a new battery for your car, bike, truck or boat then please give us a call on 1300 468 931. We offer 24/7 free delivery and installation on all batteries.

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However, lead also comes with its disadvantages. When deep cycled, it is heavier and less durable compared to the lithium and nickel- based systems. When it is completely discharged, it causes a strain, and every charge/discharge cycle steals the battery of a little amount of its capacity, and that too permanently. While the battery is in proper working condition, this loss is quite small, but when the performance reaches half its normal capacity, the fading keeps increasing. All batteries experience this type of wear-down, though in different degrees.

Lead batteries, depending on the discharge depth, offers 200 to 300 charge/discharge cycles for deep-cycle applications. The main reasons behind its comparative shorter life cycle are exhaustion of active material, grid corrosion on positive electrode, and because of the positive plates experiencing expansion. Such changes are most prevalent at high-current discharges and elevated operating temperatures.

It is very easy to charge lead batteries, but it is very important to maintain the right voltage limits, and here there are some concerns. If a low voltage is chosen to charge the battery, it will indeed shelter the battery, but lead to a poor performance and there will be sulfation build up on the batter’s negative plate. If, however, high voltage is chosen, the performance will be improved but the positive plate of the battery will experience grid corrosion. It is possible to reverse sulfation if timely services are opted for, but corrosion stays permanent.

Lead based batteries do not get charged very fast, and in most cases, a complete charge will need about 14 to 16 hours. It is important to store the battery at complete state-of-charge. If the charge is low, it can lead to sulfation, and this can steal the battery of its proper performance. If carbon is added on the battery’s negative electrode, this problem can be reduced, but the specific energy will also be lowered.

Lead based batteries have a reasonable life span and unlike the nickel-based systems, are not subject to memory. The rechargeable batteries are the best ones to retain charge. In just three months, NiCd loses about 40 percent of stored energy, but the same amount is self-discharged by the lead batteries in one year. Lead based batteries works best in cold temperatures, and in subzero conditions, it proves to be better than lithium-ion. Lead batteries offer great environmental advantage if they are recycled at extraordinarily high rate. No other chemistry can come close to the infrastructure that exists for transporting, collecting and recycling the lead based batteries.

If you need a new car battery, motorbike battery or truck battery please give us a call on 1300 468 931.

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1. Stow away Leisure Cycle

This type of battery is recommended for all people who want to power up their caravans. This battery has a lot of customers today. Many people are interested with this product. It is a great product for long operating hours. It is specially created to withstand the rugged recreational purposes. This product is recommended for the remote operation. Therefore, it can be used for motor homes, caravans, and also camper trailers. You should be able to use this caravan battery for long period of time.

2. Industrial Deep Cycle

It is another recommended battery for all caravan owners. If you want to support your unit, you want to use this high quality item. It is specially created to last for a few years without having any issues. This industrial deep cycle battery can deliver powerful energy for your caravan. It can ensure the optimum performance for your vehicle. This battery is suitable for some types of vehicles, including camper trailers, camping, marine, mobility scooters, caravans, and also motor home systems. When you are looking for the portable and powerful battery, you can consider using this high quality product.

3. Orbital Sealed Deep Cycle

This device is a perfect choice for all adventurers. Many people are using this battery because they are interested with its features. This battery is very powerful to deliver high quality energy for any types of caravans. If you have large caravan, you may want to consider using this product. Many people leave good reviews about this powerful device. You don’t have to worry about running out of energy in your caravan. When this device is used properly, it can ensure the continuous charging and recharging process.

4. Endurance Deep Cycle

This is another recommended product that you can use for your caravan. It can be used to endure any types of camping areas. It is specially built with strong structure, so you can rely on the quality of this battery. This battery is also developed for long running power. It can deliver powerful energy for supporting your caravan’s performance. When you are looking for the best way to power up your caravan, you may want to consider using this reliable battery. It can endure for long period of time without having any serious issues.

They are some available options for all users who want to support their caravans. It means that you don’t have to worry about choosing the right caravan battery. All of those options receive a lot of good reviews from other customers. Many people feel happy with the quality of those batteries. You can use those devices for a long time. Select the best product that is suitable for your needs today.

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Simply put, deep cycle batteries are batteries that are designed to be deeply discharged and recharged many times without negatively affecting their life span.

Everyone is familiar with automobile batteries. They are 12 volts and most of them are of the lead acid chemistry type. More on that in a minute. These automotive batteries are designed for a very specific purpose. To start your vehicle. They are capable of producing enormous amounts of power for very brief intervals.

They do not like to be deeply discharged. Every time you leave your lights on and need to have a jump-start or your battery connected to a charger, you are risking permanently damaging your battery. Not because you recharged it, but because you let, it get too low in the first place.

When you allow this type of battery to become deeply drained, the battery grows deposits on the inside, which is called “sulfication”. This generally cannot be reversed and will prevent the batteries from being fully recharged in the future.

Herein lies the marvel of deep cycle batteries. There are many uses for them. To name a few. Electric vehicles, trolling motors for boating, RV camping, remote communication stations, and alternatively powered homes that make their electricity with solar panels, wind turbines, or micro hydro turbines.

Deep cycle batteries are generally manufactured in either 6 volt or 12-volt models. There are others but these are the most common.

There are a few different types of deep cycle batteries. They each are made up of unique chemical properties. There are flooded lead acid, gelled, and AGM (absorbed glass mat) types. We’ll discuss the different types a little later.

Deep cycle batteries are usually more robustly built than starting batteries. They are specially designed to go through many charge / discharge cycles throughout their life span.

Types of Deep Cycle Batteries 

There are three main chemistry types of deep cycle batteries. The first is what is called flooded lead acid batteries. These are the most common variety. They consist of several thick lead plates encased in a hard plastic battery shell. The battery is then filled with an acid called electrolyte. The plates are wired together in such a manner as to produce the necessary voltage. As these batteries are charged, the chemical reaction produces hydrogen gas which is very explosive. Precautions must be taken to ensure these batteries are charged in a well ventilated area and not exposed to fire or electrical sparks. Over time, the electrolyte level in this type of battery must be replenished by filling with distilled water.

The second type is called a gelled battery. The electrolyte in a gell cell battery is mixed with a silica additive which causes it to set up or thicken. These are no maintenance batteries which means you don’t need to add electrolyte.

The third is called AGM or Absorbed Glass Mat. The Absorbed Glass Matt construction allows the electrolyte to be suspended in close proximity with the plate’s active material. In theory, this enhances both the discharge and recharge efficiency. These are also no maintenance batteries.

What does this all mean to you? For most of your applications, you will want lead acid batteries. They are simple to maintain and the most inexpensive to buy.

When electricity is applied to the deep cycle battery terminals, a chemical reaction takes place. This process stores up energy. When you use the power from the battery by hooking it up to a charging source, the chemical reaction reverses.

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