Previously on the Delfast blog, we discussed how to mount a camera on an electric bike. This article focuses on calculating the range of electric bikes and what factors influence it. So, how far can you ride on a single charge? That depends on several variables. The longest range for an electric bike can reach up to 200-250 miles. These bikes are typically designed for long-distance rides and are equipped with 3kWh batteries. Standard electric bikes with smaller batteries (around 400-500Wh) can cover distances of about 60-75 miles without recharging. City-commuter electric bikes generally offer a range of 30-40 miles per charge. Back in 2017, Delfast made waves in the e-bike industry when the Delfast Prime traveled 367 kilometers (228 miles) on a single charge, setting a new benchmark for long-distance electric biking. Several factors can significantly impact the range of your electric bike: What Kind of Range Can You Expect from Lithium-Ion Batteries? Lithium-ion batteries are the most commonly used for electric vehicles due to their convenience and performance. To ensure these batteries last as long as possible, follow these guidelines: Why Delfast E-Bikes Stand Out with Long-Range Options Delfast bikes were designed with long-distance travel in mind. Models like the Delfast Offroad, Delfast Prime 2.0, and Delfast Top 3.0 have consistently impressed users with their impressive ranges on a single charge. Calculating the Range of Your Electric Bike The range is determined by the battery capacity and your riding speed. Higher capacity means more range, while faster speeds usually result in shorter distances before needing a recharge. Let’s break it down using watt-hours (Wh) to measure battery capacity. This can help you estimate how far you can ride before running out of juice. An e-bike battery is measured by its voltage (V) and ampere-hours (Ah). To calculate the Wh, multiply the voltage by the ampere-hours. For instance: A 50V 15Ah battery has a capacity of 750Wh (50 x 15 = 750). A 30V 20Ah battery has a capacity of 600Wh (30 x 20 = 600). On average, an e-bike battery provides about 1 mile for every 4-35Wh of energy. For flat terrain, energy consumption is minimal, so the range is higher. Let’s assume 4Wh per mile: 750 / 4 = 187.5 miles. 600 / 4 = 150 miles. For mountainous terrains, energy consumption can be much higher, around 30Wh per mile: 750 / 30 = 25 miles. 600 / 30 = 20 miles. Delfast Software: Delfast electric bikes are packed with smart features. Our fans love us for our powerful motors and impressive range, but Delfast offers much more than just specs. We’ve integrated a suite of apps into our bikes, including anti-theft systems, remote start, color displays, start-stop buttons, Bluetooth connectivity, alarms, and motor blocking. If you have any questions, feel free to reach out to us via live chat at delfastbikes.com or send an email to delfast@protonmail.com. P.S. Need financing to get your hands on a Delfast electric bike? Explore options like Affirm (US), Klarna (US), PayPal (global), Partial.ly (countries listed on their website), and PayBright (Canada). Tail Lights For Volkswagen Polo Tail Lights For Volkswagen Polo,Vw Polo Tail Light,Vw Polo Rear Lights,Polo Rear Lights Wenzhou Yecheng Auto Parts Co., Ltd. , https://www.hcmotionz.comHow to Calculate the Range of Your Electric Bike
How to calculate the range of your electric bike?>
December 28, 2020
views
â” go back
Next Article
904L stainless steel material