Advantages Of Cargo Bikes Lithium Battery!
Since its establishment in 2008, Keheng has been committed to the production and sales of NMC lithium batteries for electric cargo bicycles.
Keheng understands the different needs of customers and can provide customized designs in terms of appearance, capacity, and voltage.
Keheng’s batteries have passed MSDS, UN38.3, CE, UL, KC, BIS, CB, and ISO9001:2015 international certifications. These certifications attest to the safety, quality, and reliability of our products.
Featured Cargo Bike Battery Products
Are batteries compatible with cargo bikes? (3)
-
Since this battery is a frame battery, it is easier to remove to ensure the balance of the bike.
-
This battery is placed in the cargo compartment, allowing for easier removal and charging.
-
Integrated batteries are integrated into the vehicle for aesthetically pleasing cargo bikes.
Trusted By Top Electric Cargo Bike Companies!
- Keheng cargo bike lithium battery is your perfect choice.
- Our main products are NMC batteries, lithium batteries, rechargeable 18650 batteries, and LFP rechargeable batteries.
- Keheng’s strong R&D team, quality control team, and after-sales team.
- Keheng provides you with 7*24 hours service, to ensure that customers who encounter problems can be a timely response to provide solutions!
Keheng Electric Cargo Bike System Enhances Sustainability
By using lithium iron phosphate as the raw material to provide a new environmentally friendly solution for cargo bikes, the use of lithium batteries is ideal for urban logistics and distribution services.
Keheng for electric cargo bikes are powered by highly efficient lithium batteries to ensure the use of clean energy while ensuring that the product is deep-cycled and highly safe.
Cargo Bike Lithium Battery 10 Year Commitment
Ensure that the battery pack is completely de-energized before starting installation or removal to avoid the risk of electric shock. Use the correct tools for installation and removal to prevent damage to the battery pack or vehicle. Ensure that the positive and negative terminals of the battery do not accidentally come into contact during installation to avoid short circuits. If the battery pack needs to be sealed, make sure all connections are well sealed to prevent moisture from entering.
When you need to use the cargo bike with high frequency, then choosing a lithium battery pack with a capacity of 50-100ah can better ensure the daily range. For low-frequency use, you need to make sure that it can provide enough power during the time of use.
At higher discharge rates, the battery pack generates more heat, which affects the performance of the battery if it is not a high-magnification battery. A low rate bar does not have this effect and the battery pack can work efficiently while extending its life.
Loss of range: When the battery’s range drops significantly.
Charging Problems: When the battery pack fails to charge properly or the charging speed slows down.
Abnormal Heat: Overheating during use is also a sign that repair or replacement is needed.
Physical Damage: Check the battery pack for visible damage such as cracks or swelling.
Charge regularly: Even if the battery is not fully depleted, it should be charged regularly.
Avoid overcharging: Do not overcharge the battery by charging it to 100% for a long period and keeping it there.
Use a recommended charger: Use the charger recommended or provided by the manufacturer.
Reasonable planning of charging time: Arrange reasonable charging time according to the frequency and time of use.
Avoid fully discharging the battery or keeping it fully charged for long periods; the optimal charge level is usually between 20% and 80%. Clean battery connection points regularly to ensure good contact between the battery and the vehicle. Avoid prolonged operation under high loads to minimize battery stress. Store the battery in a dry, cool place when not in use for long periods.
Avoid extreme temperatures using a battery-matched charger and also make it waterproof and moisture-proof. Check the battery regularly: check the battery for swelling, damage, or leakage.
Keep the battery healthy: keep the battery at the optimal charge level and avoid deep discharges. Regularly check the battery connections and the battery itself to ensure there is no damage or corrosion. Ensure that the battery pack and the cargo bike’s powertrain are matched for optimal performance.
Use a special charger for lithium-ion batteries with an automatic cut-off feature to prevent overcharging.
Choose a charger with voltage and current protection to ensure safe and effective charging.
Consider choosing a charger with a fast charging feature, but make sure the battery pack supports fast charging.
Use a compatible charger: Use the original or manufacturer-recommended charger to ensure voltage and current matching.
Avoid overcharging: Do not charge for longer than recommended and disconnect the power supply as soon as it is full.
Maintain proper temperature: Charge in a well-ventilated environment with proper temperature, and avoid high or low-temperature conditions.
Regular inspection: Check the connection points of the battery and charger regularly to ensure there is no damage or corrosion.
Monitor the charging process: If possible, monitor the status of the battery during charging, such as temperature and voltage.
Flexibility: The modular design allows the capacity of the battery to be easily increased or decreased as required, providing greater flexibility.
Ease of Maintenance: Modular batteries are easier to replace and maintain individually, eliminating the need to replace the entire battery pack.
Performance Optimization: Battery modules can be tailored to the needs of different applications to optimize performance and efficiency.
Capacity requirements: Determine the battery capacity based on the vehicle’s usage requirements and expected range.
Weight and space: Consider battery weight and occupied space to maintain vehicle balance and maneuverability.
Safety: Ensure the safety of the battery system, including overcharge protection and short circuit protection.
Durability: Select a battery system that can withstand the wear and tear of daily use.
Compatibility: The battery system needs to be compatible with the vehicle’s electric system.
Connection points and wiring, battery cells, BMS, wiring, housing, etc.
Range: Test the driving range of lithium iron carbonate battery and lithium ternary battery after one full charge. Capacity retention rate after specified charging and discharging cycles. Safety tests such as over-charging, over-discharging and short-circuit are conducted.
We provide customers with a 5-year battery warranty, and at the same time you can find professional customer service staff 7*24 to solve any of your problems.
Capacity (Ah): the ability of the battery to store energy.
Voltage (V): the operating voltage of the battery.
Maximum Discharge Rate (MDR): The maximum power the battery can safely deliver.
Cycle Life: The number of times a battery can be charged and discharged before its performance degrades significantly.
Weight and Size: Considered according to usage requirements and vehicle design.
Urban commuting: Consider lightness and range to adapt to urban environments with frequent starts and stops.
Long-distance traveling: Select high-capacity batteries to provide longer range.
Commercial use: Select a battery pack with high durability and easy maintenance to adapt to high-intensity use.