Optima Battery For Electric Vehicle, You’ve made the decision to go electric and get yourself an electric vehicle. But you’re not sure which batteries to choose from. Fortunately, you’ve come to the right place. Because we have all of the information you need about Optima Batteries for electric vehicles in this guide. Read on and learn more about why you should trust your car to Optima batteries over any other brand! Plus, find out where you can get the best deals on batteries for your electric vehicle!
Battery with high cranking amps
Any time you have a hybrid or fully electric car. You need to keep in mind that batteries don’t crank or start vehicles as well as fuel engines. That means you need to pay special attention to your car’s cranking amps. Which determines how much current can be pulled from a battery when starting a car. Most standard car batteries are designed for 100 CCA (Cold Cranking Amps). But it’s recommended that most hybrids and electrics be run with at least 200 CCA batteries. Because of their higher voltage and power requirements. So if you want to drive green without sacrificing performance, consider purchasing an Optima Hybrid High Performance AGM Battery.
Deep cycle vs starting batteries
One of most common questions asked about Optima batteries is, What’s best: a starting or deep cycle battery? They both serve a similar purpose, so what’s going to be best for you depends on how you plan to use it. Both are designed to deliver high levels of current under heavy loads while resisting damage from deep discharges. They’re typically used in vehicles that require large amounts of power over extended periods of time; however, their specific differences may mean that one option is better suited to your needs than another. As always, we recommend consulting with a professional before making any large purchases. Visit one of our retailers and speak with one of our specialists about which type (starting or deep cycle) would work best for you.
How big of a battery do I need?
The amount of electricity that can be stored in a particular battery is measured in kilowatt-hours (kWh). The average car uses about 35 kWh per 100 miles. A larger battery, like you’d find in an SUV or pickup truck, might use as much as 90 kWh per 100 miles. So, if you are planning to drive 60 miles, with a car using 35 kWh per 100 miles and an SUV using 90 kWh/100 miles, it will take more than one and two thirds times longer to travel 60 miles in a smaller car than it would to travel 60 miles in a larger one. This means that you need to look at how far you’re planning on driving versus how big of a battery do I need.
Charge your Optima in the wintertime
Keep in mind that a car with a dead battery is not just inconvenient. It can be dangerous too! Dead batteries are often at fault when someone jumps into their car to go somewhere but then realizes they can’t actually get there because they didn’t check to see if their car would start. This might sound like an exaggeration, but it happens all of the time—especially in cold weather and during dead months (from July through October). Here are some proven ways to extend your car batteries life.
Extend your car batteries life
Don’t get stranded with a dead car battery. Here are ways to extend its life, maintain your electrical system and recharge it easily at home. First, check out what type of batteries you need and how many. If you don’t have any experience with automotive batteries, take your current battery with you when shopping so you can find ones that fit (e.g., to replace a 6-volt battery, buy a 6-volt replacement). Next, make sure they aren’t damaged by shopping where there is no refrigeration; deep cycle batteries like those used in RVs can die if they overheat while sitting around on store shelves or in warehouses in hot climates.