Multiply this number by the total number of batteries installed in your golf cart. By multiplying these holes by two, you will determine the battery’s voltage. You will be able to see 3, 4, or 6 holes. If you are not able to determine if it’s a 36V or a 48V electrical drive system, lift the cart seat so you can bring the battery compartment into view. Its volt electrical drive system will have a 36V or 48V system. Your electric cart will accommodate either 6, 8, or 12V batteries. For those who want more extended and leisure rides, amperage will be the focus. For those who are looking to bump up the speed, volts will be the focus. If you are more interested in a responsive ride, then you’ll concentrate more on the voltage – however, you may not be able to travel as far. If you take your cart out for extended periods, this may be problematic. The more amps a battery generates, the further you’ll be able to drive. Amps will determine how far the cart travels, and for how long, on a single charge. Let’s now turn our attention to the battery’s amperage or amps.Īmperage is akin to a gas tank in a car. While the potential is there for a 48V battery pack to be more powerful than a 36V, the controller is what will determine delivered amps during operation. With this knowledge, a 48V battery can be more powerful than a 36V pack. It’s comparable to the horsepower in a vehicle. Understanding how volts and amps translate when applied to golf carts may seem confusing, but merely the Voltage in a battery pack is how much power it can exert. While these terms can be confusing, voltage and current can be explained with a simple analogy: in a system of water pipes, voltage is equal to water pressure, and current is equal to the flow rate. Voltage is measured in volts, or “ V,” and Current is measured in amps, or “ A.” Two main electrical quantities you will want to focus on when replacing batteries are voltage and current.
Understanding Voltage and Battery Configurations Adhering to manufacturing standard will ensure safety. Also, you run the risk of ruining your cart. While you can “upgrade” batteries, it’s not for the faint of heart. To ensure effective and safe pass-through of power, you will need to maintain a standard.įor example, if you own a 36V cart that requires a pair of 6v batteries, it’s essential to use that same combination when finding a replacement. Instead, you will need a combination of 6V, 8V, or 12V batteries. When it comes to purchasing a battery, it’s essential to note that you aren’t powering your cart with a single battery.
ROCKET GOLF CART BATTERIES SERIES
Outside of specialty carts, most carts operate on a 36V or 48V standard and need a series of cells to supply enough power.
Due to these factors, the size and power requirements will be essential when buying replacement batteries. Golf carts operate with a series of batteries that, together, are designed to supply a sufficient voltage and amperage. A Guide to Golf Cart Batteries: Description and Voltage Let’s take a look at the operation, maintenance, and care required for these types of batteries. At best, the failure of being mindful of these factors might mean that you’ve spent your money on a battery that is not compatible. Research indicates it is not a wise choice to manipulate car batteries to fit into a golf cart.īuyer beware, if you’re shopping for a replacement battery pack for your cart, it’s essential to be aware of the different standards used by different brands.
Did you know, while golf cart batteries work similarly to a car’s battery, their maintenance, requirements, and standards are different.
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