Are you tired of juggling between different modes of public transportation for commuting? Consider buying an e bike, as it is an eco-friendly mode of transportation available at usually cheaper prices, like at Engwe. There are many electric bicycles available on the market but don't pick anyone randomly. A bad choice can ruin your whole day, so do your proper research on the qualities of e-bikes, components such as e bike battery, etc. to ride smoothly around Boston or anywhere in the USA. Today, let's take a look at ebike batteries, including different ebike battery types and maintenance tips. This will help you choose the right e-bike and enjoy the fun of e-bikes without worries. Table of Contents: Part 1: What is an E Bike Battery Made of? Part 2: Types of E Bike Battery Part 3: How E Bike Battery Works in Electric Bicycles? Part 4: Components of a Good E Bike Battery Part 5: Tips for Maintaining E Bike Battery What is an E Bike Battery Made of? In the beginning days of electric bicycle battery production, they were made of lead-acid, nickel-cadmium, and nickel-metal hydride. These batteries were cheap to produce but extremely heavy and took too long to charge the cells. A cell is a battery component that stores charge for powering up the electric appliances attached to it. After the advancement in technology or bad customer reviews, companies have shifted towards lithium-ion batteries to provide lighter e bikes with high efficiency to cover more distance in a short time on a single charge. Now, every modern e bike is equipped with these batteries, even some of the cheapest ones, such as the Engwe T14, which costs only $499.00. Buy Now Types of E Bike Battery There are three types of batteries usually used in e bikes. Let's discuss each type separately to better understand which one is suitable for you for daily commuting and long rides. 1. Lithium Ion Lithium-ion batteries are widely used in pedal-assisted electric bicycles all around the world due to several reasons. First, it is cost-effective for both manufacturers and riders. For example, the Engwe L20 2.0 fat bike is equipped with a 52V 13Ah lithium battery for only $799.00. If you want an extra battery pack for long rides, you can purchase the 52V ebike battery for L20 2.0, which comes in two variations, 13Ah and 16Ah, priced at $309 and $349.00 respectively. Buy Now The second reason for using Lithium-ion batteries in vehicles is their high energy density and long life span resulting in high power output and more distance coverage. 2. Lead Acid Lead acid batteries are redundant now because of their heavy weight and lower output efficiency. They usually add weight to the vehicle and provide a low charge for the rider, resulting in a bad experience. The majority of e-bike manufacturers like Engwe insist on providing the best experience for the rider and therefore do not use such batteries in their products. 3. Nickel Metal Hydride Nickel Metal Hydride batteries are not made of heavy metals like cadmium, that's why they are eco-friendly and high-density charge storage efficient. These batteries usually come at an affordable price but manufacturers usually don't use these batteries in their electric bicycles because this type of e bicycle battery can have a memory effect resulting in inconvenience to the rider. Memory effect is referred to as a reduction in the longevity of the battery due to incomplete charging cycles. However, different formations like 36v ebike battery, 48v ebike battery and 72v ebike battery are used in short distances covering electric scooters. How E Bike Battery Works in Electric Bicycles? E bike battery is a kind of fuel tank for a vehicle that stores energy. Later, the stored electrical energy is converted into mechanical energy to propel the bike from point A to point B quickly. When we plug the charger of our e-bike into the socket, the cells of the battery store charge and later on give us that charge back in the form of power running the electric motor. There are other ways of charging the battery as well, like regenerative braking, to reduce charging costs and increase distance range. It is better to learn comprehensively how to charge electric bikes for the utmost riding experience. Components of a Good E Bike Battery Before buying an e bike or an additional e bike battery for your vehicles, such as Engwe EP-2 Pro, or Engwe L20, etc, make sure to consider the following components for making the right decision. 1. Lifespan Considering the lifespan of an e bike battery is crucial to safely investing your hard-earned money. Usually, a good e bike battery is designed to handle 500 to 100 full charging cycles before decreasing the output capacity to make the battery last for years. This means if you are using a 36v battery for electric bike and charge it to its full extent everyday, it will last for a couple of years. 2. Quick Charging Capabilities Always look for a battery that has quick charging capabilities. To stay on the go, use your fast charger to charge back the e bike battery pack in a few hours, not overnight like in the case of conventional bikes. If you are a daily commuter, then this feature is necessary for you to have in your e bicycle for getting the charging 0 to 80% in just 2 to 3 hours. 3. High Energy Storing Capacity Lithium-ion electric bike batteries provide a good combination of less weight and more range to the riders. These batteries have a high energy storing capacity of about 250 watt-hours per kilogram which means a rider can ride easily around the city on a single charge. 4. Low Self Discharging Rate If you ride your e bike off and on, then you must look for a low self-discharging rate battery that keeps the charge stored for months without draining quickly. You must look for a Lithium-ion battery for reliable performance as its self-discharging rate is only about 1-2% per month. Tips for Maintaining E Bike Battery Maintaining your e bike battery is essential for increasing the efficiency or life span of your e-bike battery. Here are some tips to follow for getting the most out of your electric bicycle. Maintain the charging level between 20 to 80% and avoid discharging it to 0% and charging it back to 100% to extend the life span. Try to keep the battery in a cool and dry place to avoid extreme weather conditions that can damage battery cells or life. Follow the manufacturer's instructions and recommendations for cleaning and inspecting the battery. Do not over use high power assistance mode of your bike to save the battery power from draining. Avoid charging your battery pack with fast chargers regularly to maintain the health of battery cells to ensure longevity. Conclusion Now that you have understood how e bike battery work and their types along with maintaining tips for longer life span, it's time to reach to the Engwe Bikes homepage to select the perfect ride for you having a high performing Lithium-ion battery to spend your hard-earned money wisely. You may also be interested in: An Insight to E Bike Torque: Its Significance for Your Ride Horse Power vs Torque: Understanding the Key Differences Mechanical Vs Hydraulic Disc Brakes: Detailed Comparison How to Remove Speed Limiter on Electric Bike: Step-by-step Guide Brushless vs. Brushed Motors for Electric Bikes
