LiPo Lithium Battery 3.7V 10000mAh

The LiPo Lithium Battery 3.7V 10000mAh is a high-capacity rechargeable Lithium Polymer (LiPo) battery designed to provide compact and reliable power for compatible electronic and portable applications.

With a 3.7V nominal voltage and 10000mAh capacity, this LiPo battery offers approximately 37Wh of nominal energy storage. Its flat pouch-cell construction allows high energy storage in a slim form factor, making it suitable for applications where space and weight are important considerations.

 Always verify the required voltage, dimensions, connector, discharge current and charging specifications before connecting the battery to a device.

Key Features

• 3.7V nominal voltage
• 10000mAh capacity
• Approximately 37Wh nominal energy
• Rechargeable Lithium Polymer (LiPo) battery
• High-capacity flat pouch-cell design
• Suitable for compatible portable electronics
• Useful for robotics and DIY projects
• Suitable for IoT and embedded applications
• Lightweight and space-efficient battery format
• CE and recycling markings shown on the supplied battery

Technical Specifications

Note: LiPo batteries are available with different protection circuits, connectors, wire configurations, dimensions and discharge ratings. The exact specifications should be confirmed for your particular product before use.

What Does 3.7V Mean?

The 3.7V rating is the nominal voltage of the single LiPo cell.

The actual voltage of a LiPo cell changes during charging and discharging. A fully charged single-cell LiPo battery is typically around 4.2V, while its voltage decreases as energy is use

What Does 10000mAh Mean?

10000mAh represents the battery’s nominal charge capacity.

A higher capacity generally means more stored energy and potentially longer operating time, but actual runtime depends on the current consumption of the connected device, operating conditions, battery age and discharge characteristics.

The battery shown is also marked 37Wh, which corresponds approximately to:

3.7V × 10Ah = 37Wh

This is the nominal energy rating.

What is a LiPo Battery?

LiPo batteries are popular in electronics and robotics because they can provide high energy density in relatively thin and lightweight packages.

Their flat construction makes them particularly useful for portable devices and projects where a conventional cylindrical battery may not fit.

Applications

• Robotics projects
• Arduino-based portable projects
• ESP32 and IoT projects
• Embedded electronics
• Portable electronic devices
• DIY electronics
• Rechargeable power systems
• Wireless devices
• GPS and tracking projects
• Portable sensors
• Remote monitoring systems
• RC and robotics applications
• Custom battery-powered products
• Portable lighting projects

Always check the battery’s discharge rating and connector requirements before using it with motors, high-current electronics or other demanding loads.

LiPo Battery for Robotics

The 3.7V 10000mAh LiPo battery can be a useful power source for compatible robotics projects requiring a rechargeable single-cell battery.

It can be used with suitable:

• Microcontrollers
• Sensors
• Wireless modules
• Motor-control electronics
• Portable robotic systems
• Embedded controllers

For motors and other high-current loads, the battery’s maximum continuous discharge rating must be suitable for the application.

LiPo Battery for Arduino and IoT Projects

This battery can be used to power compatible Arduino, ESP32, IoT and embedded projects when the system is designed for the battery’s voltage range.

Because a fully charged LiPo cell can reach approximately 4.2V, a suitable voltage regulator or power-management circuit may be required depending on the electronics being powered.

This makes the battery useful for portable projects where a rechargeable power source is required.

Charging Information

A LiPo battery must be charged using a proper single-cell LiPo/Li-ion charging circuit designed for the battery’s chemistry and voltage.

Do not connect the battery directly to a generic 5V power supply.

A suitable charger should use the correct charging profile and terminate charging at the appropriate voltage. If the battery includes a protection circuit, the protection system should also be compatible with the intended application.

For projects requiring additional safety and battery monitoring, use an appropriate battery management/protection circuit.

LiPo Battery Safety

Lithium polymer batteries require careful handling.

• Use a compatible LiPo charger.
• Never overcharge the battery.
• Do not short-circuit the battery.
• Do not reverse the battery polarity.
• Do not puncture, crush or bend the pouch cell.
• Do not use a swollen, damaged or leaking battery.
• Keep the battery away from excessive heat and fire.
• Do not leave the battery charging unattended.
• Use suitable protection circuitry where required.
• Store the battery according to the manufacturer’s recommended conditions.
• Ensure the charger and load are compatible with the battery