Why 5G IoT devices choose button batteries
5G IoT devices widely use button batteries, mainly due to their following advantages:
Small and compact: IoT devices are becoming increasingly miniaturized, and button batteries are well suited to this demanding space requirement.
High energy density: Especially in chemical systems such as lithium-manganese button batteries (such as CR2032), it can provide high energy in a small volume, meeting the long-term battery life requirements of IoT devices.
Low self-discharge rate: Button batteries have a slow power decay and a long storage time, making them very suitable for IoT devices that require long-term standby or intermittent operation.
Stability and reliability: A good button battery has a stable voltage and a leak-proof design, which can protect the precision circuits inside the device.
While 5G connectivity is highly efficient, the instantaneous current required for device operation may be greater than previous generations of IoT technology. Power Glory places higher demands on each coin cell battery to ensure IoT performance adaptability.
Pulse discharge capability: IoT devices need batteries to be able to provide instantaneous, high-current pulses when communicating. By reducing internal resistance, this pulse power can be increased.
Capacity and lifespan: Transmitting more data means more power consumption, so higher-capacity batteries are needed to ensure device lifespan. Capacity is increased through improved materials and technologies.
Environmental adaptability: Many IoT devices operate in complex environments (such as industrial and outdoor environments), requiring batteries with a wider operating temperature range. Power Glory's CR-HT wide-temperature series lithium-manganese button batteries can adapt to environments ranging from -40°C to 125°C.
Safety and environmental protection: Batteries must pass relevant safety certifications (such as UL, UN38.3, ROHS, CE, etc.) to ensure that they are free of mercury, cadmium and other harmful substances.
When choosing a coin cell battery for your 5G IoT device, consider the following:
Confirm the battery model: Check the device manual or the markings on old batteries (e.g., common CR2032, CR2025, etc.).
Pay attention to capacity: Battery capacity is typically specified in milliampere-hours (mAh). A higher value generally indicates longer battery life.
Choose a well-known brand: Well-known brands generally offer better consistency, reliability, discharge performance, and safety. For example, Power Glory's lithium-manganese button batteries are optimized for IoT scenarios and are highly adaptable.
Pay attention to the expiration date: Button batteries also have a shelf life, so choose freshly manufactured ones.
Check certifications: Ensure the battery has the necessary safety certifications (such as CE, ROHS, etc.).
Power Glory's summary!
In the 5G world, coin-cell batteries are the "energy heart" of numerous low-power, miniaturized IoT devices. They are crucial for ensuring these devices' reliable and long-lasting network connectivity and data transmission.
