Custom Bluetooth Battery Manufacturer in China
The Bluetooth battery is a kind of battery with a built-in Bluetooth module, which is usually used for bluetooth earphones or large lithium-ion batteries above 12V 20AH. It is either a lithium battery to power bluetooth earphones or lithium battery packs that adopt a Bluetooth battery monitor, which can transmit voltage, power, temperature, and other data to a cell phone or other devices in real time through wireless connection to help customers track the battery health.
VTCBATT is a professional Bluetooth battery manufacturer in China. Our batteries are made of Grade A Lithium Iron Phosphate cells, BMS protection system, and impact-resistant ABS shells, which are certified by UL1642, IEC62619, ISO 9001, CE, ROHS, KC, and so on. It has a long service life, intelligent auto-protection capability, and good durability. With 20 years of OEM/ODM design and production experience, we can customize each battery accessory to meet your needs. Hurry up to contact us to order!
Bluetooth Battery Model
Advantages of Our Bluetooth Battery
Our Bluetooth battery has passed IEC safety certification, ISO 9001/14001 dual system certification, UL94 flame retardant, and TÜV functional certification, covering the quality control of the entire industry chain and building a safe and environmentally friendly protection system.
Our Bluetooth battery uses Class A lithium polymer battery and lithium iron phosphate batteries with a three-dimensional pressure-resistant structure to achieve a deep cycle life of 4,000 times, a monthly self-discharge rate of <3%, and a durability of 10 times that of lead-acid batteries, which is suitable for off-grid energy storage scenarios.
Our Bluetooth battery’s intelligent temperature control module supports wide-range adjustment from -20℃ to 45℃, and the heat transfer efficiency is increased by 60%. -30℃ automatically cuts off the circuit, and cooperates with a double-layer insulation layer to prevent electrolyte crystallization damage.
Our Bluetooth battery integrates a six-dimensional BMS system, real-time monitoring of 20+ core parameters, with millisecond-level short-circuit protection and remote diagnosis functions, and supports an app to view battery health and remote firmware upgrades.
Our Bluetooth battery’s independent fireproof cavity and three-dimensional heat dissipation duct improve heat dissipation efficiency by 15%, composite materials reduce weight by 60%, and modular design saves 25% installation space, suitable for RVs and small energy storage scenarios.
Our Bluetooth battery supports 16 groups of parallel expansion to a 20.48kWh energy storage matrix, peak power of 1280W, 500A high current output, parallel current deviation <2%, meeting the power supply requirements of 5kW-class equipment.
Our Bluetooth battery uses an intelligent controller, which can adapt to multiple sources such as solar energy/mains power/generator input, conversion efficiency > 98%, Bluetooth 5.0 passes dual certification, and dynamic frequency hopping technology ensures stable transmission of 30 meters.
Our Bluetooth battery can support 2C fast charging, which increases the charging speed by 10 times, reduces the total cost of the 8-year cycle by 65%, and the energy density is 2.3 times that of lead-acid batteries. The annual capacity attenuation rate is only 0.1%, which significantly optimizes the equipment transformation cost.
100% LiCO₂ :Best Battery Materials for Bluetooth
100% LiCO2 is the best battery materials used in bluetooth devices,ensuring maximum capacity,low self-consumption, and durability of the batteries. With high automation,the batteries are mass-produced in high consistency, safety, and reliability.
Wide Applications of Our Bluetooth Battery
Marine and WatercraftTrolling Motor: It is equipped with an Intelligent battery system that can instantly release 500A peak current to effectively cope with high-intensity surge load demand, and its Bluetooth module supports remote monitoring of charging and discharging status.
Boat Light System: It realizes infinite dimming control through BLE protocol, and can run continuously for 72 hours under single charging conditions to meet the lighting demand of long-time marine operation.
Underwater Detection Equipment: It adopts low temperature compensation circuit design to ensure that the fish finder can still transmit acoustic data stably through Bluetooth in sub-zero environments and provide real-time feedback of underwater terrain information.
New energy and Off-grid SystemRV Energy Storage System: It adopts a modular design, expanding the capacity to 20.48kWh through the 4P4S architecture, and the supporting APP can remotely track the charging and discharging curves of each battery cell.
Photovoltaic Energy Storage Station: It utilizes Bluetooth Mesh networking technology to achieve collaborative management of multiple battery packs within a radius of 100 meters, enhancing the overall efficiency of the off-grid system.
Wind Power Storage System: Integrated self-heating device ensures normal operation at -30°C. Special circuit design matches the instantaneous access demand of 30mF capacitive loads.
Transportation and Industrial EquipmentGolf Cart: Lithium Iron Phosphate battery pack can realize 4,000 deep cycle life, reducing weight by 60% compared to traditional lead-acid batteries while maintaining output stability.
Cold Chain Transportation System: It is equipped with Bluetooth temperature sensors to achieve medical-grade 0.1℃ monitoring accuracy, and the CR2032 coin cell battery lasts up to half a year through optimized power management.
Emergency Power Supply Vehicle: It has innovatively developed wireless diagnostics, which can complete the health degree detection of multi-parallel battery packs within 30 seconds and support rapid on-site troubleshooting.
Outdoor and Special EnvironmentsIce Fishing Equipment: It adopts a steel shell sealed battery compartment design, and the built-in temperature sensing chip automatically cuts off the circuit at -20℃, effectively preventing the risk of short circuit caused by condensation.
Surfboard Propulsion System: It integrates an IP68 waterproof Bluetooth module, which shows the remaining range in real time and ensures stable operation in a 3-meter water depth environment, and works with wave prediction algorithms to optimize energy consumption distribution.
Specialized FieldsMedical Monitoring Equipment: It realizes 72 hours of continuous vital signs transmission through BLE5.0 protocol, which reduces power consumption by 50% compared with WiFi solution while maintaining data integrity.
Data Center: It adopts wireless BMS solution, and a single base station can synchronously monitor the voltage/temperature parameters of 256 groups of batteries, which significantly reduces the complexity of cables in the server room.
Radio Equipment: It is equipped with intelligent protection circuitry, which can complete overload cut-off and automatically restore power supply within 200ms when it encounters 10kW instantaneous transmitting power from a shortwave radio.
There are two main modes of charging Bluetooth batteries: wireless charging and wired charging. For devices equipped with a USB port, a charging cable can be used to connect to a standard adapter. Make sure the interface is clean when charging, and observe the changes of the device indicator after connection. If the red color is always on, it means charging is in progress, while the green color means it is fully charged. Wireless charging models need to be placed on the charging base, keep the device aligned with the center of the charging plate, and avoid metal objects interfering with electromagnetic induction.
The lifespan of a Bluetooth battery is related to the type of device and conditions of use. In the field of consumer electronics, mainstream Bluetooth headsets usually last 4-15 hours in a single session, with entry-level products lasting 4-6 hours and high-end models lasting up to 12 hours or more through optimized power management. In terms of battery cycle life, high-quality lithium polymer batteries can complete 500-800 full charge/discharge cycles, and if you keep the frequency of charging every two days, the overall service life is about 2-3 years.
