Smart Logistics Battery
Long-life cells for asset trackers, smart locks and cold-chain monitoring.
INDUSTRIAL IOT APPLICATIONS
Where Our IndustrialIoT Batteries Are Used
Reliable power for remote, outdoor and connected industrial equipment.
-40°Cto+85°C
Wide-Temperature Operation
Long Standby
For unattended deployment
Wireless Power
Supports commuhication peaks
Custom Battery Packs
Cell+ BMS + NTC+ Connector
Industrial Automation & Monitoring
Predictive maintenance, factory monitoring and connected industrial equipment.
Energy & Remote Infrastructure
Oil & gas, utilities, environmental monitoring and remote field systems.
Logistics & Asset Tracking
Fleet management, cargo tracking, cold-chain and mobile assets.
Smart Agriculture & Outdoor IoT
Agricultural monitoring, irrigation, outdoor robotics and solar-powered systems.
Batteries for Industrial IoT Applications
Industrial IoT devices often operate outdoors, inside vehicles or at remote sites where temperature, wireless transmission and maintenance access can affect battery performance.
Industrial Sensors & Metering
For environmental sensors, smart meters and condition-monitoring devices.
IoT Gateways
Backup or operating power for gateways, edge devices and communication hubs.
RTU & Telemetry
For remote terminals, data loggers, weather stations and field monitoring equipment.
GPS & Asset Tracking
For fleet trackers, cargo monitoring and industrial positioning devices.
Smart Controllers
For wireless controllers, valves, actuators and remote control equipment.
Outdoor & Solar IoT
For solar gateways, irrigation controllers and off-grid monitoring systems.
Wide-Temperature Operation
Selected UltraXel cells support discharge from −40°C to +85°C, depending on the cell model and pack design.
Suitable for outdoor infrastructure, cold environments, vehicles and enclosed industrial equipment.
Wireless Transmission Power
Cell and pack configurations can be selected around peak loads generated by 4G, LTE-M, NB-IoT and LoRaWAN communication.
Long Deployment Life
Capacity, chemistry and protection settings are selected according to standby consumption, operating cycles and required service intervals.
Lower Field Maintenance
Rechargeable battery packs, BMS or PCM protection, NTC sensing and suitable charging design can help reduce battery replacement frequency.