Large-scale ESS
Commercial & Industrial ESS
Residential ESS
Household Balcony Power SS
Portable Energy Storage
Electric Bike
E-scooter
Light electric vehicles
E-Motorcycle
Home surveillance
Robotic vacuum cleaner
Power Banks
Bluetooth devices
Medical Instruments
Product Name | Automatic Pet Feeder | Bottle Warmer | Bluetooth Speaker | POS |
Nominal Voltage | 3.6V | 7.2V | 3.6V | 7.2V |
Nominal Capacity | 5200mAh | 5200mAh | 2600mAh | 2600mAh |
Cell Model | 18650-2600mAh | 18650-2600mAh | 18650-2600mAh | 18650-2600mAh |
Cell series-parallel connection method | 1S2P | 2S1P | 1S1P | 2S1P |
Battery dimensions (mm) | 66.5*37*19.5 | 67*39*37.2 | 67*22.5*19.2 | 67*38*22 |
Connector | PHS-3P | VH-3P | ZH-3P | PH-5P |
Discharge current (A) | 2A | 7A | 2.5A | 5A |
Weight (g) | 100 | 100 | 50 | 100 |
Cycle life | 500 | 500 | 500 | 500 |
Innovation in Lithium battery technologies for emobility is driven by the need for improved performance, affordability, and environmental sustainability. Lithium batteries suppliers are designing batteries with ultra-high energy density, which would deliver longer driving range without the need for frequent recharging. New lithium EV battery technologies are also being developed to reduce weight and size, which could improve vehicle performance and improve aerodynamics. Additionally, there is increased focus on the use of recycled materials in Lithium-ion batteries, which promotes environmental sustainability. Overall, innovation in lithium ion battery pack for EV technologies for emobility is poised to revolutionize the future of transportation.
Emobility Lithium Batteries offer several benefits for emobility applications. They have a high energy density, providing long-range driving capabilities, making them ideal for electric vehicles. Custom lithium batteries for automobiles can also deliver high power output, resulting in faster acceleration times, quick charging, and regenerative braking. They are lightweight and compact, meaning they can be installed in tight spaces and do not significantly affect the overall weight of the vehicle. Lithium-ion batteries for electric vehicles are also environmentally friendly, free from toxic materials commonly found in other battery types. Overall, the advantages of emobility Lithium batteries make them a popular choice for emobility applications.
Future trends in Lithium-ion battery technology for emobility involve exploring advanced materials and manufacturing processes to improve battery performance and reduce costs. This includes the use of silicon anodes, solid-state lithium batteries, and advanced manufacturing methods such as roll-to-roll production. Increasing focus is also being placed on recycling and repurposing of batteries at end-of-life, promoting environmental sustainability. With the growth in emission-free transportation, research and development in rechargeable lithium ion battery pack technologies is expected to continue, resulting in better performing, cost-effective, and environmentally friendly batteries for emobility in the future.