Color: Black
Long Life Span: 10 Years
Minimun Order：10000Set
Packaging Details: Paper Box / Container (Professional retail box design and localized manuals)
Supply Ability: 150000 units / Month
Place of Origin: China
Certifications: CE-EMC FCC PSE UKCA ROHS UL
Wholesale 8slots 1.5V AA Li-ion Rechargeable Battery Smart Charger Box | VP
M7036
1.5V 
For AA 
Type-C Port 
Li-ion Battery
- Charging and storage in one unit
- Compact and Portable
- Universal USB-C Compatibility
- Independent Slot Control
- Efficient Fast Charging
- Durable, High-Quality Construction
Product Features
- 8-Slot Independent Smart Charging Channels: Equipped with 8 fully independent charging slots managed by advanced microprocessor technology. This allows for the simultaneous charging of 1 to 8 AA lithium batteries regardless of their remaining capacity, optimizing workflow efficiency for high-volume users.
- High-Efficiency 1.5V Lithium-Specific Circuitry: Engineered exclusively for 1.5V Constant Voltage (CV) lithium batteries. With a dedicated 350mA per slot output, it delivers a stabilized fast-charging performance that minimizes downtime for industrial and commercial devices.
- Industrial-Grade Multi-Protection Safety Protocol: Built-in comprehensive safety management system including Over-current, Over-voltage, Short-circuit, and Reverse Polarity protection. This ensures operational safety and extends the lifecycle of high-value rechargeable battery inventories.
- Real-Time Intelligent LED Status Monitoring: Features individual Dynamic LED Indicators for each channel. This provides instant visual feedback on charging progress and battery health, allowing warehouse or site managers to monitor battery readiness at a glance.
- Universal USB-C 5V/3A High-Speed Input: Adopts the industry-standard USB Type-C interface for maximum power source compatibility. It supports a 5V/3A input, making it easily integrated into modern workstations, mobile power solutions, and global power adapters.
- Compact 2-in-1 Storage & Charging Architecture: Designed as a hybrid charging station and storage case. Weighing only 109g with a space-saving footprint (71*51*70±0.5mm), it serves as a robust solution for mobile technicians and organized industrial toolkits.
Product Description
Engineered for high-volume professional use, this intelligent charger features 8 fully independent charging channels powered by advanced microprocessor technology. When paired with a 5V/3A USB-C input, it delivers rapid charging speeds, capable of fully replenishing a 3000mWh AA lithium battery in as little as 2.5 hours. The system performs an automatic self-diagnostic test upon connection to verify battery compatibility and monitor temperature in real time. This independent slot architecture ensures that each battery receives a precision charge based on its specific capacity and discharge state, maximizing fleet uptime and battery longevity.
Prioritizing operational safety, the unit is integrated with a comprehensive multi-protection protocol, including safeguards against over-current, over-voltage, short-circuits, and reverse polarity. Users benefit from real-time visual feedback via intuitive LED status indicators for each slot: a flashing green indicator means that the battery is currently in a charging cycle, while a solid green light confirms a full charge. This concise and efficient monitoring system can easily track the battery's charging progress and health condition.
Product Specifications
| Name | 8 Slots 1.5V Charger For AA Li-ion Battery |
| Model | M7036 |
| Input | DC 5V/3A |
| Output | 1.5V AA 350mA x 8 |
|
Charging Method |
Type-C Cable |
| Size | 71*51*70±0.5mm |
| Product Weight | 109±5g |
| Indicator | Red for charging, green when fully charged |
| Features | Single-slot independent charging, can charge1-8 AA batteries |
| Application | AA 1.5V Rechargeable Battery |
| Certificate | CE-EMC ROHS ISO9001 |
| Color | Black |
FAQ – 1.5V AA Lithium Battery Smart Charger Independent Fast Charging Hub
1. What are the primary performance differences between wired and wireless charging solutions?
The core distinction lies in their method of energy transmission. Wired chargers complete the charging process by establish a direct physical connection via cables, which typically results in higher energy conversion efficiency and faster charging speeds. Conversely, wireless chargers utilize electromagnetic induction to transfer power. While wireless options offer superior operational convenience and reduced mechanical wear on ports, they generally feature lower power throughput compared to wired chargers.
2. How can the service life of chargers and power adapters be maximized ?
To ensure long-term reliability and component integrity, we recommend the following maintenance protocols:
Environmental Control: Avoid exposing units to extreme thermal fluctuations or high-humidity environments, as these conditions accelerate the aging of internal capacitors and circuitry.
Preventative Cleaning: Periodically inspect and clean charging interfaces and connectors to maintain optimal conductivity and prevent debris buildup.
Proper Storage: When not in operation, store devices in a dry, secure location to prevent cable strain, insulation abrasion, or accidental impact damage.
3. Is thermal elevation expected during the battery charging cycle?
Yes, it is statistically normal for rechargeable batteries to exhibit a moderate temperature increase during the charging process. This is a thermodynamic result of energy transfer. Once the charging cycle reaches saturation or completion, the temperature will naturally dissipate to ambient levels.
4. What defines a "Smart Charger" in a professional context?
A Smart Charger integrates an advanced microprocessor-controlled circuit designed to monitor real-time battery parameters, including temperature, voltage, and charge status. The system utilizes these data points to execute precise charging algorithms and trigger automatic termination, preventing overcharge and optimizing battery health.
5. Can legacy charging hardware be used with modern high-capacity rechargeable batteries?
While cross-compatibility is often maintained if the battery chemistry is identical, it is not recommended for hardware exceeding a 10-year service life. To protect the chemical integrity and cycle life of modern, high-value cells, we advise utilizing contemporary smart chargers equipped with updated safety firmware.
