All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(49500 products available)
Ready to Ship
Ultra lipo batteries are differentiated by their total capacity, number of cells and energy density within the energy source. They are all categorized, together with their lithium polymer battery characteristics, as follows:
Single-cell ultra lipo batteries
Single-cell ultra lipo batteries feature a nominal voltage of 3.7 volts and capability range from 2000 to 6000 mAh. Due to their low voltage, these batteries are suitable for less complex devices, such as remote controls, digital cameras and smartphones. They provide energy that is constant, and it can be easily regulated, making them suitable for low power consumption activities.
Multi-cell ultra lipo batteries
Multi-cell varieties are available in another configuration: more than one cell is linked in series, thus raising the voltage and appropriate capability. Two or more cells increase extra energy for gadgets that require more strength, such as drones, products radio transmitters and mobile devices. They range in total voltage, an established fact that intermixes the output: from 7.4 volts for dual-cell types to 22.2 volts for those with six cells.
High-capacity ultra lipo batteries
These heavy-duty batteries are intended for use in developed systems – such as racing drones, electric model airplanes, portable vacuum cleaners and power tools. They enjoy affording bigger discharge charges, hence applicable in high intensity demand moments. The standard capacity can go as high as 10,000 mAh and more, which is why multi-cell configurations are often required, increasing voltage even higher, thus satisfying the needs of powerful and demanding applications.
Smart ultra lipo batteries
Smart ultra lipo batteries come embedded with a BMS. This BMS communicates via an embedded Bluetooth system and a corresponding app on a smartphone or tablet, feeding out data on remaining charge, voltage per cell and historical usage data. These batteries are recommended for high-tech aerial vehicles and other products that require constant monitoring for health and safety. This ultra lipo battery pack helps avoid problems like overcharging, overheating and increasing the lifespan of the battery.
Choosing the lithium polymer battery necessitates careful consideration since several factors, such as battery specifications, applicability and product safety, must be observed. Here are the key factors that an average consumer should consider:
Device requirements
The voltage and capacity of an ultra lipo battery must correlate with the requirements of the device in use. Maintain the energy levels stipulated by the manufacturer of your device; this will keep the phone performing as it should. The capacity in mAh defines how long a battery will last; high numbers will mean longer usage time. Compatibility of the ultra lipo battery with the device to avoid damage or malfunction concerns refers to the physical sizes and connectors.
Charging and discharging rates
The discharge rate, or 'C-ratings', signifies how fast a battery can release its stored energy without destruction. A battery with a high discharge rate is suitable for devices that require intensive usage within a short timeframe, such as racing quadcopters and electric cars. Low-C batteries are for less demanding equipment, where the energy requirement is within range, such as smartphones and low-power RC vehicles. The charging rate is also important: a battery with an HD charge rate will allow shorter recharge periods, which is useful in fast-charging gadgets.
Ultra lipo battery safety
There are specific safety features to pay attention to when using an Ultra lipo battery. Batteries with BMS inside help prevent overcharging and overheating and are quite handy in preserving battery lifespan. It is also good and safer to opt for batteries with thick or cellular structures for the outer casing that can hold physical impacts. Furthermore, go for batteries equipped with a fire-resistant connector, a safeguard in case of failure.
Battery size and weight
Due to such great importance given to size and weight in portable products, it is essential for a user to find an ultra-thin lipo battery of the right dimensions for their device. For aerial applications, hardware that is lightweight: drones, goggles and augmented reality glasses – will enhance mobility and flight time. Beating the measurements and proportions of the gadget, one can avoid substantial put-on within the device. Greater electronic gadgets might need a larger battery, while smaller gadgets like wearables only require a small one.
Brand and reviews
Choosing a branded ultra lipo battery is critical due to the quality factor and what other users of that specific battery have to say. Popular manufacturers conduct their work based on quality and dependability within their battery production standards. Then again, the feedback recipients may provide the average length of service, performance consistency and any problems experienced with ultra lipo batteries at that specific place. Use products only from trusted companies and read testimonials to learn about positive and negative aspects of usage.
Consumer electronics
Batteries have made a significant contribution towards supplying power to advanced appliances, such as smartphones, tablets, ultrabooks, digital cameras, smartwatches and wireless earphones. These batteries are preferred due to their slim profile and light weight, which facilitate mobility for consumer electronics. The ultra lipo battery provides energy for fast usage, hence longer running time for handheld gadgets.
Remote-controlled vehicles
Ultra lipo batteries are especially favored in the rc cars, trucks, boats and aircraft models community as they hold a given quantity of power and discharge it at a given speed. Cordless model aircraft, drones, and ground vehicles benefit from their power and affordability, as do hobbyists and professionals who need performance and endurance from the power source to sane ultrabatteries. Hence the ultra lipo battery is the preferred choice due to its extended duration and high discharge rates.
Drone technology
Drones require lightweight batteries with a high-power density for a successful flight. Ultra lipo batteries supply this demand and are hence used in aerial photography, cinematography, surveying, agriculture, package delivery and mapping. These batteries enable optimal flight stability and increase flight time, making them suitable for various commercial applications.
Wearable technology
Ultra lipo batteries power wearables like fitness bands, augmented reality glasses and wireless earbuds, which are preferred for their lightweight and flexibility. These batteries fit into intricate designs while providing ample power for several hours of usage, hence suitable for health monitoring, gaming and real-time interaction.
Medical devices
Ultra lipo batteries are used in several medical diagnostics and monitoring instruments, including health monitors, portable ultrasound equipment and pacemakers. Their low weight and dependable energy-up supply make them appropriate for mobile medical tools that require cleanliness in the execution and safety of the patient's well-being. Batteries can last a while and can be easily charged, making them essential for medical devices.
Virtual reality systems
The ultra lipo battery easily powers the spatial devices and environments, such as the VR helmet and gloves, and provides intense gaming and simulation experiences. They provide the required mobility, and no wiring is needed to provide several hours of energetic interaction.
Industrial applications
Ultra lipo batteries provide portable industrial equipment like sensors, inspection cameras and robotic systems. The energy-dense batteries allow longer working hours when machinery is not connected to electricity, thus enhancing efficiency and flexibility.
Storage conditions
Ultra lipo batteries should be stored at a temperature ranging from 15°C to 25°C in a cool, dry area. Lubrication of the battery cells will be better achieved by keeping it at a constant temperature. Such exposure to temperatures high and low may result in either battery damage: heat may cause thermal inflammation, while cold weather will cause internal battery shorting. Batteries should be enclosed in a fireproof container, such as a metal or lipo-safe box, to store in a safe and secure environment.
Charge storage
When putting away Ultra Lipo batteries for a long time, do a storage charge – usually 3.8 volts per cell. This lowers the risk of overoccupying and depleting the cells. Many gadgets or more advanced chargers may perform this function for you. If not, manually charge or discharge until even, then set a balanced charge. Store as a charge-out pack so as to leave the batteries neither fully charged nor drained, but at around the storage charge level.
Safety during transport
While transporting Ultra lipo batteries, special attention needs to be directed towards safety from physical damage and short circuits. Use individual lipo safety bags or hard cases per battery to avoid contact between the batteries. The protective end caps and covers must be used to prevent short-circuiting by contact between terminals. Always carry the battery pack in the passenger compartment of the vehicle in case of an accident in which exposure to flame or heat is desired.
Transportation under regulations
That may be a requirement, particularly for those larger packs, ensure all relevant papers, such as UN38.3 tests, are brought along. There are certain regulations, especially with the lithium polymer batteries, detailing how they should be transported – always educate yourself ahead of time before any journey or shipment involving lipos. It is advisable to transport such batteries under restricted conditions in compliance with general aviation and ground transport providers, especially in the case of many lithium ion batteries.
A1: Ultra lipo batteries are a subsection of lipo batteries that are shaped more flatly than previously observed and thus are better suited for slimmer electronic gadgets.
A2: Ultra lipo means lithium polymer battery, whose structure is so enhanced that it takes the least space with the most potential energy density to help achieve gadget compactness.
A3: A lipo battery does not need any rigid cylindrical packaging as it can be put into various shapes, making it more appropriate for slim gadgets, though lithium-ion batteries accommodate more power at a larger size.
A4: Although lithium polymer and lithium-ion batteries are different, one is not to be used in an application of the other. However, a specifically designed device would be able to operate using both types of batteries.
