Question 1

How is the sensor board powered across hundreds of return cycles without battery replacement becoming a maintenance burden?

Accepted Answer

The sensor board uses a long-life primary cell designed for a minimum of 500 cycles at standard shipping durations, and battery status is reported automatically at each depot upload so units approaching end-of-life are flagged before they fail in the field. Battery replacement is a simple lid-panel swap performed at the depot during the standard return inspection.

Question 2

Can the system handle multiple container sizes and cold-pack configurations within the same fleet?

Accepted Answer

Yes — each container type is registered in the Seemoto portal with its own validated temperature profile and qualified cycle life, so the pass/fail assessment at each depot upload is applied against the correct specification for that specific shipper model. Mixed fleets of different sizes and insulation grades are managed under a single account with separate reporting per container class.

Question 3

What triggers the cloud upload — does depot staff need to scan or interact with the container?

Accepted Answer

Upload is fully automatic: when the returned container enters the depot area, fixed Bluetooth gateways detect it and pull the cycle data wirelessly within seconds of arrival. No staff action is required, which means the record is captured even during high-volume return periods and there is no risk of a cycle going undocumented due to a missed scan.

智能包裹监测

可重复使用冷藏箱循环追踪

包含与可选功能

标配

可选附加组件

相关低成本数据记录方案

常见问题

规划智能包装监测