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Home / E bike Batteries

E bike Batteries

Hailong Lithium - ion Battery Electrified
Hailong Lithium-ion Battery from $475.00
72v 13.5Ah Custom 3D Print Triangle Lithium Battery Electrified
72v 13.5Ah Custom 3D Print Triangle Lithium Battery $1,190.00
52V 15Ah Universal Lithium Ion Battery Pack LG Cells Electrified
52V 15Ah Universal Lithium Ion Battery Pack LG Cells from $549.00
48V 15Ah Universal Lithium Ion Battery Pack LG Cells Electrified
48V 15Ah Universal Lithium Ion Battery Pack LG Cells from $460.00
Lithium - Ion Battery with Molicel P45B Cells Electrified
Lithium-Ion Battery with Molicel P45B Cells $480.00
52V 21Ah Universal Lithium Ion Battery Pack Molicel Cells Electrified
52V 21Ah Universal Lithium Ion Battery Pack Molicel Cells $910.00 $1,040.00
Lithium Battery Electrified
Lithium Battery Free

A Comprehensive Guide to Ebike Battery Capacities and Performance.

36v

Guide to Battery Selection Hub Motors

36V Hub

Motor Wattage Avg. Continuous Current (A) Capacity Needed for 30 km (Ah) Capacity Needed for 50 km (Ah) Capacity Needed for 80 km (Ah) Top Speed (km/h) Wh Rating
250W 7 5.25 8.75 14 25 900
350W 9 6.75 11.25 18 30 1260
500W 14 10.5 17.5 28 35 1890
750W 20 15 25 40 40 2700
1000W 28 21 35 56 45 3780


36V Mid-Drive

Motor Wattage Avg. Continuous Current (A) Capacity Needed for 30 km (Ah) Capacity Needed for 50 km (Ah) Capacity Needed for 80 km (Ah) Top Speed (km/h) Wh Rating
250W 6 4.5 7.5 12 25 810
350W 8 5.7 9.5 15.2 30 1120
500W 12 8.4 14 22.4 35 1680
750W 16 12 20 32 40 2240
1000W 22 16.8 28 44.8 45 3360

48v

Guide to Battery Selection Hub Motors

48V Hub

Motor Wattage Avg. Continuous Current (A) Capacity Needed for 30 km (Ah) Capacity Needed for 50 km (Ah) Capacity Needed for 80 km (Ah) Top Speed (km/h) Wh Rating
250W 5.2 3.75 6.25 10 30 1200
350W 7.3 4.95 8.25 13.2 35 1680
500W 10.4 7.2 12 19.2 40 2400
750W 15.6 10.8 18 28.8 45 3600
1000W 20.8 14.4 24 38.4 50 4800
1500W 31.3 21.6 36 57.6 55 7200


48V Mid-Drive

Motor Wattage Avg. Continuous Current (A) Capacity Needed for 30 km (Ah) Capacity Needed for 50 km (Ah) Capacity Needed for 80 km (Ah) Top Speed (km/h) Wh Rating
250W 4.8 3.3 5.5 8.8 30 1000
350W 6.7 4.4 7.3 11.7 35 1400
500W 9.6 6.6 11 17.6 40 2000
750W 14.4 9.9 16.5 26.4 45 3000
1000W 19.2 13.2 22 35.2 50 4000
1500W 28.8 19.8 33 52.8 55 6000

52v

Guide to Battery Selection Hub Motors

52V Hub

Motor Wattage Avg. Continuous Current (A) Capacity Needed for 30 km (Ah) Capacity Needed for 50 km (Ah) Capacity Needed for 80 km (Ah) Top Speed (km/h) Wh Rating
250W 4.8 3.5 5.8 9.3 35 1300
350W 6.7 4.7 7.8 12.5 40 1750
500W 9.6 6.75 11.25 18 45 2600
750W 14.4 10.1 16.8 26.9 50 3900
1000W 19.2 13.5 22.5 36 55 5200
1500W 28.8 20.25 33.75 54 60 7800
2000W 38.5 27 45 72 65 10400
3000W 57.7 40.5 67.5 108 70 15600


52V Mid-Drive

Motor Wattage Avg. Continuous Current (A) Capacity Needed for 30 km (Ah) Capacity Needed for 50 km (Ah) Capacity Needed for 80 km (Ah) Top Speed (km/h) Wh Rating
250W 4 3 5 8.3 35 1250
350W 6 4 6.7 10.7 40 1500
500W 9 6 10 16 45 2500
750W 12 9 15 24 50 3000
1000W 16 12 20 32 55 4000
1500W 24 18 30 48 60 6000
2000W 32 24 40 64 65 8000
3000W 48 36 60 96 70 12000

60v Guide to Battery Selection Hub Motors

60V Hub

Motor Wattage Avg. Continuous Current (A) Capacity Needed for 30 km (Ah) Capacity Needed for 50 km (Ah) Capacity Needed for 80 km (Ah) Top Speed (km/h) Wh Rating
250W 4.2 3 5 8 40 1500
350W 5.8 4.2 7 11.2 45 2000
500W 8.3 6 10 16 50 3000
750W 12.5 9 15 24 55 4500
1000W 16.7 12 20 32 60 6000
1500W 25 18 30 48 65 9000
2000W 33.3 24 40 64 70 12000
3000W 50 36 60 96 75 18000


60V Mid Drives

Motor Wattage Avg. Continuous Current (A) Capacity Needed for 30 km (Ah) Capacity Needed for 50 km (Ah) Capacity Needed for 80 km (Ah) Top Speed (km/h) Wh Rating
250W 3.5 2.7 4.5 7.2 40 1200
350W 4.9 3.5 5.8 9.3 45 1600
500W 6.9 5 8.3 13.3 50 2000
750W 10.4 7.5 12.5 20 55 3000
1000W 13.9 10 16.7 26.7 60 4000
1500W 20.8 15 25 40 65 6000
2000W 27.8 20 33.3 53.3 70 8000
3000W 41.7 30 50 80 75 12000

72v Guide to Battery Selection Hub Motors

72V Hub

Motor Wattage Avg. Continuous Current (A) Capacity Needed for 30 km (Ah) Capacity Needed for 50 km (Ah) Capacity Needed for 80 km (Ah) Top Speed (km/h) Wh Rating
250W 3.5 2.6 4.4 7.2 45 1800
350W 4.9 3.6 6 9.6 50 2400
500W 6.9 5.2 8.6 13.8 55 3600
750W 10.4 7.8 13 20.8 60 5400
1000W 13.9 10.4 17.3 27.7 65 7200
1500W 20.8 15.6 26 41.6 70 10800
2000W 27.8 20.8 34.7 55.5 75 14400
3000W 41.7 31.2 52 83.2 80 21600


72v 

Motor Wattage Avg. Continuous Current (A) Capacity Needed for 30 km (Ah) Capacity Needed for 50 km (Ah) Capacity Needed for 80 km (Ah) Top Speed (km/h) Wh Rating
250W 3 2.2 3.7 5.9 45 1500
350W 4.2 2.9 4.8 7.7 50 2100
500W 6 4.3 7.2 11.5 55 3000
750W 9 6.5 10.8 17.3 60 4500
1000W 12 8.6 14.3 22.9 65 6000
1500W 18 12.9 21.5 34.4 70 9000
2000W 24 17.2 28.7 45.9 75 12000
3000W 36 25.8 43 68.8 80 18000

96v Guide to Battery Selection

96V Hub

Motor Wattage Avg. Continuous Current (A) Capacity Needed for 30 km (Ah) Capacity Needed for 50 km (Ah) Capacity Needed for 80 km (Ah) Top Speed (km/h) Wh Rating
250W 2.6 2 3.3 5.2 50 2400
350W 3.6 2.8 4.6 7.4 55 3200
500W 5.2 4 6.7 10.8 60 4800
750W 7.8 6 10 16 65 7200
1000W 10.4 8 13.3 21.3 70 9600
1500W 15.6 12 20 32 75 14400
2000W 20.8 16 26.7 42.7 80 19200
3000W 31.3 24 40 64 85 28800
5000W 52.1 40 66.7 106.7 95 48000

96V Mid-Drive

Motor Wattage Avg. Continuous Current (A) Capacity Needed for 30 km (Ah) Capacity Needed for 50 km (Ah) Capacity Needed for 80 km (Ah) Top Speed (km/h) Wh Rating
250W 2.2 1.7 2.8 4.5 50 1600
350W 3 2.3 3.8 6.1 55 2100
500W 4.3 3.3 5.5 8.8 60 3200
750W 6.5 5 8.3 13.3 65 4800
1000W 8.6 6.7 11.1 17.8 70 6400
1500W 13 10 16.7 26.7 75 9600
2000W 17 13.3 22.2 35.6 80 12800
3000W 25.8 20 33.3


High-Capacity Electric Bike Batteries for Enhanced Riding Experience

An electric bike battery is a critical component that powers the electric motor of an e-bike, enhancing its propulsion capabilities. These batteries are pivotal in determining the electric bicycle's performance, impacting factors such as its range, power output, and efficiency. Below is an overview of electric bike batteries, particularly focusing on the top-tier, customized solutions provided by Electrified:

Types of E-Bike Batteries

  • Lithium-Ion (Li-ion) Batteries: These are prevalent due to their superior energy density and light weight, making them the best ebike batteries on the market. High-performance models like the Molicel P42A and P45B stand out, balancing capacity, discharge rates, and durability.
  • Nickel-Metal Hydride (NiMH) Batteries: Slightly older technology than Li-ion, these batteries are heavier and possess a shorter lifespan yet offer reasonable energy density.
  • Lead-Acid Batteries: The most traditional and cost-effective option, though they are heavier and have a limited lifespan, which diminishes their presence in contemporary e-bikes.

Key Features to Consider

  • Capacity: Expressed in watt-hours (Wh), this indicates theelectric bicycle battery's energy storage capacity. A higher capacity translates to a longer range but generally increases the size and weight of the battery.

  • Voltage: This affects the e-bike's power output. Higher voltage supports more robust motors and faster acceleration.

  • Weight and Size: These are crucial for the e-bike’s overall maneuverability and performance. Electrified specializes in creating customized battery solutions that integrate seamlessly with the e-bike's design without compromising performance.

  • Lifespan and Durability: Premium cells like the Molicel P42A and P45B are renowned for their resilience and longevity, positioning them as the superior choice for high-capacity ebike batteries.

Custom Battery Solutions

Electrified excels in crafting custom solutions for electric bike batteries, which include:

  • Tailor-made Batteries: Specifically designed to complement any bike frame, ensuring flawless integration and enhanced performance. This encompasses creating batteries that align with the precise power and range prerequisites of the cyclist.
  • High-Quality Cells: Employing leading-edge lithium-ion cells, such as Molicel P42A and P45B, recognized for their dependability, high discharge rates, and efficiency.
  • Protection and Safety: Incorporating robust plastic 3D printed casings that not only perfectly conform to the bike but also safeguard the cells against physical impacts and environmental elements.
  • Performance Optimization: Aiming to furnish the ultimate e-bike experience, prioritizing power, durability, and range customized to the cyclist's specifications.

Electrified's approach to electric bicycle batteries emphasizes the importance of personalization and quality, ensuring every cyclist can enhance their riding experience with a battery that extends beyond functionality to become an essential part of their e-bike setup. Explore our exclusive range now and find the perfect battery to power up your journey!