60V lithium battery manufacturer
Keheng Specializes in customed lithium battery since 2008, offering tailored OEM/ODM battery solutions for your applications.
Keheng 60v lithium battery manufacturer
Keheng is an experienced lithium battery manufacturer that offers lithium battery solutions for different applications.
We produce customized 60v lithium batteries with different specifications including capacity, voltage, battery cells, size requirements, and battery housing cases.
60V lithium batteries are available in different capacities from 10AH, 20AH, 30AH, 50AH, 100AH, 200AH, 300AH, etc., which are commonly used in electric bicycles, electric motorcycles, lithium forklift battery, Floor Sweeper Battery, tour buses, and so on!
We adopt a strict quality control system (certified with ISO9001) to ensure the lithium battery’s high quality and competitive price.
Different Applications of 60V Lithium Battery
60V lithium battery is excelling in industrial applications like electric hoverboard and electric motorcycle. Connect with us for detailed insights and tailored lithium battery solutions!
Keheng Support you with customized battery solutions
OEM/ ODM/ Battery Design
Expertise in OEM/ODM: Serving US & Europe with Custom Li-ion Battery Packs, Tailoring Cell Materials (LIFEPO4/NMC/LTO) to Your Specifications.
BMS/ CCA Customization
Keheng’s Lithium Battery: Advanced BMS Management with Custom Features for Diverse Scenarios, Including Bluetooth, LCD, Heating, and More.
Quick Response & Rushing Sample
Our professional team offers dedicated one-on-one engagement, ensuring rapid confirmation and swift sample production to accelerate your market capture.
NO MOQ LIMITED
Low MOQ Advantage: Test Locally, Minimize Risk. As your partner, we’re committed to monitoring time dynamics and ensuring success.”
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The Ultimate Guide to 60V Lithium Batteries
What is a 60V lithium battery?
- Specifically, voltage serves as the metric to gauge a battery’s electrical potential, with 60V batteries finding prevalent usage in electric motorcycles, e-bikes, scooters, and comparable modes of transportation. The adoption of this higher voltage configuration facilitates the optimization of power output, empowering electric transportation systems to operate with heightened efficiency.
- However, it is crucial to acknowledge that a lithium battery’s voltage alone does not singularly dictate its performance. Factors such as capacity (typically measured in Ampere-hours, Ah), weight, and charge/discharge rates also significantly impact overall functionality. Consequently, when selecting a battery, one must holistically consider not only the voltage but also these additional attributes to make an informed choice.
- A 60V lithium battery signifies a lithium-ion battery boasting a voltage rating of 60 volts (V). Renowned for their remarkable energy density and lightweight nature, Li-ion batteries have become ubiquitous within the realm of electric vehicles and portable devices.
- 1. It is imperative to carefully deliberate over the choice of battery that aligns with your specific application demands, encompassing considerations of power requirements, charging frequency, usage environment, cycle life, and safety precautions.
- 2. Tailoring your battery selection to the particular needs at hand entails a thorough assessment of different material options, each harboring its own set of advantages and drawbacks contingent on the intended application scenarios. Lithium batteries are renowned for their high energy density and prolonged cycle life. LIFEPO4 batteries excel in longevity and resilience within high-temperature environments. Li-Mn2O4 batteries exhibit comparatively lower energy density alongside rapid capacity degradation, while Li-Co batteries, albeit more costly, exhibit instability under high-temperature conditions.
- 3. The composition of 60V batteries usually entails the connection of multiple cells in series. Adherence to the requisite voltage and capacity specifications ensues to ensure seamless compatibility with your equipment or vehicle requirements.
- 4. The paramountcy of battery safety cannot be overstated. It is crucial to opt for batteries that comply with international safety standards, safeguarding against potential hazards such as overcharging, over-discharging, and overheating, thereby mitigating associated risks effectively.
What are the application areas of power lithium batteries?
- 1. Electric motorcycles and electric bicycles: 60V batteries are commonly used in electric motorcycles and electric bicycles to provide sufficient power output to enable these vehicles to travel in an efficient manner.
- 2. Electric Scooters: Some electric scooters use 60V batteries to achieve higher speeds and longer ranges.
- 3. Electric Tricycles: 60V batteries are also a common choice in some electric tricycles to provide enough power for the vehicle.
- 4. Electric toys: Some large electric toys, such as electric cars and electric motorcycles, may also use 60V batteries.
What are the characteristics?
- 1. Endurance: The endurance of Li-ion batteries hinges predominantly on their cycle life, representing the number of charge/discharge cycles the battery can endure while maintaining optimal performance. Imbued with a long cycle life, 60V Li-ion batteries showcase remarkable durability, rendering them fitting choices for prolonged utilization scenarios, encompassing domains like electric transportation and portable devices.
- 2. Battery Management System (BMS): Integrated within 60V lithium batteries, a sophisticated Battery Management System (BMS) ensues—a sentient electronic architecture adept in monitoring, balancing, and safeguarding the battery’s health. By vigilantly ensuring the pristine condition of each cell, the BMS proactively averts potential complications encompassing overcharging, over-discharging, excessive current, and elevated temperatures. Consequently, the BMS fortifies both the safety quotient and the overall lifespan of the battery.
- 3. Exemplary Energy Density: Lithium batteries epitomize a heightened energy density, signifying their capability to store substantial energy within a comparably lightweight volume. Such attribute endows 60V lithium batteries with eminence for applications necessitating robust energy density, catering impeccably to realms spanning electric transportation and portable electronic devices.
- 4. Elevated Voltage: 60V batteries resonate with a heightened voltage output, bestowing them with a compatible disposition for devices requiring amplified voltage requirements. This includes but isn’t confined to domains like certain electric motorcycles, electric bicycles, and other electric vehicles.
- 5. Sleek Lightweight Design: Lithium-ion batteries typify a featherlight alternative to traditional counterparts such as lead-acid batteries, thus illuminating their instrumental role in mitigating overall device weight. This feature assumes paramount importance, especially in the context of portable devices and electric transportation, where minimal weight bears substantial significance.
- 6. Expedient Charging Capability: Lithium batteries invariably manifest enhanced charging capabilities, often accommodating rapid charging protocols. Exemplary in applications demanding expeditious replenishment intervals—think electric transportation and portable devices—stout charging performance takes center stage, underscoring the value proposition of lithium batteries.
Is the power capable of household use?
- Storage and installation are also issues to consider
- If all the above problems can be solved perfectly, then this battery is suitable for home use!
- Whether you can charge the battery safely
- Consider whether the battery capacity can meet your daily needs
- Need to consider where in the home to use this battery
Can it be customized?
- Expanding beyond the battery’s “internal” realm, customization extends its influence to the realm of aesthetics and user experience. The battery’s shape and size, tangible embodiments of its essence, shine vibrantly in the world of customization, inviting artistic exploration and creative manifestation. Within this scope, the lithium battery emerges as a canvas, a visual testament to bespoke engineering.
- The pursuit of customization in lithium batteries resonates with the delicate strokes of a sculptor refining a raw stone, elevating its inherent qualities. The underpinning stability and reliability of lithium-ion batteries establish the foundation for their efficient operation. However, within the realm of customization, untapped possibilities await, enabling further optimization and fine-tuning. Capacity and efficiency become malleable realms, open to customization, transcending conventional boundaries encompassing parameters such as voltage, current, and temperature.
How often do batteries need to be replaced?
- The assessment of battery longevity involves a myriad of factors, encompassing battery type, usage environment, charge-discharge cycles, and charging rate. In essence, the lifespan of a lithium battery is influenced by the total number of cycles it undergoes and the conditions it endures.
- The cycle life of batteries fashioned from diverse materials varies considerably. Herein, we present the lifespan of batteries associated with different materials:
- LTO batteries: These batteries typically demonstrate impressive longevity, with a potential usage range of 15,000 to 20,000 cycles. However, such longevity comes at a premium cost.
- NMC batteries: NMC batteries boast a high energy density but exhibit a comparatively shorter lifespan of 300 to 1,000 cycles.
- LIFEPO4 batteries: LIFEPO4 batteries exemplify a harmonious balance between cost and longevity, accommodating approximately 6,000 cycles, thus offering a cost-effective and enduring solution.
- In general, lithium-ion batteries, within normal usage parameters, endure for several years to a decade. Deterioration in battery performance, decreased range, or the emergence of issues imply that battery replacement may be a prudent consideration.
