Golf carts are a convenient way to get around, but they need reliable batteries to keep them running. Deep cycle batteries are designed to be regularly discharged and recharged, making them a good choice for golf carts. However, deep cycle batteries also have some disadvantages. Keep reading to learn more about the pros and cons of deep cycle batteries.
A deep cycle golf cart battery is a lead acid battery designed to provide maximum discharge in the form of daily output. A golf cart is a vehicle used on a golf course. Thanks to current upgrades, electric golf carts are more popular than older gasoline cars.
The question now is what type of battery should be used in the golf cart for maximum efficiency!
Deep cycle golf cart batteries are made using heavy panels with high concentrations of active chemicals. As a result, deep cycle batteries can withstand continuous charge and discharge cycles. So they can give us more than four-fifths of their total power output.
What are Deep Cycle Batteries?
A deep cycle battery is a type of lead-acid battery that is designed to be regularly discharged and recharged. Golf carts use deep cycle batteries because they are able to withstand the repeated charging and discharging cycles. In fact, these batteries are able to run reliably until they are 80% discharged or more. While many high-rate batteries are able to withstand a few deep cycles without hurting the battery, a deep cycle battery was created with consistent deep cycling in mind. A regular high-rate battery is designed to provide smaller bursts of energy to the vehicle, but you will want to keep it as close to fully charged as possible.
You are not likely to find a deep cycle battery in your car or truck, but you are likely to find one in a golf cart.
Do Golf Carts Use Deep Cycle Batteries?
Golf carts do use deep cycle batteries. You are likely going to find deep cycle batteries in an electric golf cart rather than a gas golf cart. Your gas golf cart, on the other hand, is going to use a starter or automotive battery. If you use the wrong type of battery in your cart, such as using a deep cycle battery in a gas cart, you are going to weaken your battery’s performance and lifespan.
Some of the batteries you are likely familiar with are actually deep cycle batteries. For example, three common types of deep cycle batteries are flooded lead acid batteries, AGM deep cycle batteries, and lithium-ion batteries.
Pros and Cons of Deep Cycle Batteries
Deep cycle batteries have several advantages over other types of batteries. They are more durable, have a longer lifespan, and can provide a steadier supply of power. However, deep cycle batteries also have some disadvantages. They are more expensive, and they require more maintenance than other types of batteries.
Why use deep cycle golf cart battery instead of regular golf-cart battery?
As I said before, deep cycling uses highly concentrated panels made up of highly reactive compounds. As a result, these plates are solid rock that is not susceptible to decay even when most of their capacity is used up. Regular golf cart panels, on the other hand, are spongy. As a result, they decay and are easily exhausted.
Regular golf cart batteries are good for generating quick bursts of power, while deep cycle golf cart battery last longer, resulting in low and continuous power release. The 12 volt deep cycle golf cart battery is equivalent to the use of some 6 volt golf cart batteries.
What are the other types of deep-cycle batteries? Are there any?
Starter battery and deep cycle golf cart battery are commonly used as normal golf cart batteries.
Starting Batteries and Deep Cycle Batteries
Starter batteries or golf cart batteries are designed to provide sudden bursts of power, which are used to provide the maximum for limited time. The output time can be measured according to the voltage potential of the battery. Golf cart batteries work in the same way as useful deep cycle batteries; However, some measures have been taken to reduce the cost of batteries.
Deep cycle batteries are devices designed for continuous discharge. These batteries are fully charged and then discharge slowly and steadily until more than 80% of their capacity is discharged. The working principle of the golf cart battery is the same as the right deep cycle battery; However, some measures have been taken to reduce the cost of batteries.
Now let’s look at the similarities and differences between deep cycle batteries and golf cart batteries:
|Properties||Starting Batteries||Deep-Cycle Batteries||Comment|
|Power Output||A sudden burst of power output||Slow discharge of power output||Deep cycle battery powered golf carts are slower than starting batteries|
|Battery Structure||Higher surface area and internal resistance is low||Low surface area, high internal resistance||This is the main structural difference.|
|Deep-Cycle Property||Does not allow deep cycling||Allows deep-cycling.||Resulting in power differences in golf carts.|
|Temperature Factor||You can raise the temperature to more than 90 degrees Fahrenheit||It’s hard to get the temperature above 90 degrees Fahrenheit||The higher the temperature, the higher the efficiency of the battery.|
|Maximum Current Output||Provides current output in excess of 600 amperes.||Average amperage output is around 500 Amperes.||Ordinary golf cart batteries provide more ampere output.|
|Cell Structure||Consists of a number of spongy sheets||Consists of few thick and robust plates||This battery structure changes the depth cycle ability of the battery.|
|Chemical Components||Both batteries are made of Lead-acids. Therefore, they are similar in structure and function. Although there are huge differences in efficiency.|
Can you use regular deep cycle batteries in a golf cart?
Although deep cycle batteries have much less power output than regular golf cart batteries, they can still be used in golf carts. The main reason is that the power output and construction of the deep cycle battery roughly meet the minimum requirements required for golf cart operation. Golf carts run on deep cycle batteries won’t be as fast as typical golf carts.
Choosing a Golf Cart Battery
When choosing a golf cart battery, it is important to consider the type of battery that will best meet your needs. If you need a battery that can withstand frequent discharge and recharge cycles, then a deep cycle battery may be the best choice for you. However, if you are willing to trade some durability and lifespan for a lower price, then another type of battery may be a better option. Also, keep in mind what type of golf cart you own. The type of cart – whether electric or gas – will be the biggest determining factor when it comes to choosing the type of battery you need.
No matter what type of battery works best for your golf cart, it is important to keep the battery properly maintained. Batteries should be cleaned and inspected regularly, and they should be stored in a cool, dry place. Proper maintenance will help to extend the lifespan of your battery and keep your golf cart running smoothly.
Some Other Facts:
1. Deep-cycle batteries discharge just as much as the common golf cart batteries do. However, deep cycle batteries can last longer due to their recharging design.
2. The current output of a typical golf cart battery is three times that of a deep cycle battery, even though there are more batteries in the deep cycle battery. Therefore, if we look at the combined power output of the two batteries, we see that the output potential of the deep cycle battery is lower than that of a standard golf cart battery.
3. Moreover, to run the golf cart, the battery must release a lot of heat in the process. Therefore, the higher the temperature of the battery, the higher its efficiency. Because deep cycle golf cart battery cannot raise the temperature more than 90 degrees, they are less efficient than golf cart batteries.
In conclusion, deep cycle golf cart battery can still be used in golf carts, even though they are less productive than standard golf cart batteries. However, they are better suited to driving small boats than golf carts.
Deep cycle golf cart batteries should not be used as a replacement for starter batteries.
BravaBatteries Electric Vehicle Deep Cycle Battery Benefits,
- Maintain peak capacity for longer periods between charges.
- Be more reliable and have lower annual operating costs.
- Deliver greater watt-hours per liter and watt-hours per kilogram than any other flooded lead-acid battery in the market.
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