Custom Battery Solutions for Sensors
Compact, long-standby and reliable lithium battery solutions for wireless sensors, IoT devices, environmental monitoring and industrial sensor systems.
LithoTop develops customized rechargeable and primary batteries for sensor devices requiring compact dimensions, ultra-low standby consumption, long service life and reliable wireless communication.
Long-Life Power for Wireless and IoT Sensor Devices
Sensors are increasingly integrated into smart homes, industrial equipment, medical devices, logistics systems, agriculture, environmental monitoring and distributed IoT networks.
Modern sensor systems may combine temperature, humidity, pressure, vibration, gas, motion or positioning sensors with Bluetooth, Zigbee, Thread, Matter, LoRa, NB-IoT, LTE-M or Wi-Fi communication modules.
Many sensor nodes remain in sleep mode for most of their operating life and wake periodically to measure, process and transmit data. This makes standby consumption, battery self-discharge and wireless pulse-current performance especially important.
LithoTop provides ultra-small LiPo batteries, ultra-thin LiPo batteries, high energy density LiPo batteries, cylindrical Li-ion packs and Li-MnO₂ primary batteries for sensor and IoT applications.
Typical Sensor Applications
Customized battery solutions for environmental sensing, industrial monitoring, smart buildings, healthcare, logistics, agriculture and remote IoT networks.
Common Battery Types for Sensor Devices
Battery selection depends on sensor dimensions, standby consumption, wireless communication load, target service life, environmental conditions and whether the system is rechargeable.
LithoTop Battery Solutions for Sensor Devices
Providing complete application data helps LithoTop evaluate cell chemistry, configuration, current capability and mechanical structure more accurately.
Typical Sensor Battery Specifications
| Parameter | Typical Customization Range |
|---|---|
| Nominal Voltage | 3.0V / 3.6V / 3.7V / 3.8V / 7.4V |
| Capacity | 20mAh–20,000mAh |
| Battery Chemistry | LiPo / High-Voltage LiPo / Li-ion / Li-MnO₂ |
| Battery Type | Rechargeable / Primary |
| Configuration | 1S–2S or Custom |
| Thickness | Approx. 1.0mm and Above for LiPo |
| Standby Support | Optimized for Ultra-Low Power Devices |
| Pulse Current | Customized for Wireless Communication and Sensor Loads |
| Protection | PCM / BMS Optional |
| Temperature Sensor | NTC Optional |
| Fuel Gauge | Optional |
| Communication | UART / SMBus Optional |
| Connector | JST / Molex / FPC / Tab / Custom |
| Housing | Heat Shrink / Plastic / Sealed Custom Housing |
| Certification Support | UN38.3 / MSDS / IEC 62133 / CE / RoHS |
Actual battery capacity and service life must be confirmed according to sleep current, sensor sampling interval, wireless transmission frequency, pulse current, operating temperature and required maintenance interval.
* Custom Lipo Battery from LithoTop Now !
Why Sensor Manufacturers Choose LithoTop
Send us your available battery dimensions, sleep current, sensor current, wireless communication type, transmission peak current, reporting interval, target service life and operating temperature. LithoTop will evaluate a suitable battery solution for your project.
Miniature Battery Engineering
Long-Life Performance
OEM & ODM Support
Frequently Asked Questions
01 What batteries are commonly used in sensor devices?
Rechargeable sensors commonly use LiPo or Li-ion batteries, while low-power sensors requiring long service life may use Li-MnO₂ primary batteries.
02 What battery is best for a wireless sensor?
The best battery depends on standby current, wireless transmission current, reporting frequency, available space, target service life and rechargeability. The battery should be selected according to the complete sensor duty cycle.
03 Why do wireless sensors need pulse-current capability?
Wireless modules may require short current peaks during data transmission. Stable pulse-current output helps prevent voltage drop, failed communication and unexpected device resets.
04 Can LithoTop develop long-life batteries for IoT sensors?
Yes. LithoTop can optimize battery chemistry, capacity, self-discharge performance, PCM consumption and pulse-current capability according to the sensor duty cycle and required deployment time.
05 Are primary batteries suitable for sensors?
Yes. Li-MnO₂ primary batteries can be well suited to low-power sensors requiring low self-discharge, long storage life, extended maintenance intervals and no charging circuit.
06 Can LithoTop customize ultra-small batteries for miniature sensors?
Yes. LithoTop can customize LiPo battery dimensions, capacity, terminal layout, wire length, connector and protection circuit for miniature sensors and other compact electronic devices.
07 Can sensor batteries work at low temperatures?
Battery performance depends on the chemistry, load profile and required temperature range. LithoTop can evaluate low-temperature battery solutions for outdoor, cold-chain and industrial sensor applications.
08 Can LithoTop customize batteries for LoRa, Zigbee, BLE and NB-IoT sensors?
Yes. Battery capacity, pulse-current output and protection settings can be optimized according to the LoRa, Zigbee, BLE, NB-IoT or other wireless communication module and its transmission-current profile.
09 What information is required for a custom sensor battery?
Please provide voltage, available battery dimensions, sleep current, sensor operating current, communication peak current, reporting interval, target runtime, connector and operating temperature. Device drawings and estimated order quantity are also helpful for engineering evaluation.
