Container House Installation Monitoring

Container house installation monitoring can achieve real-time status monitoring and remote management by integrating positioning, sensor, and video surveillance technologies. The specific plan is as follows:

I. Selection of Core Monitoring Technologies

1. Positioning and Status Monitoring

   • Adopt a Beidou + GPS dual-mode positioning module to capture the latitude, longitude, and altitude data of the container house in real time and synchronize it to the cloud platform via 4G/5G networks. For example, Yilian Intelligence's container GPS solution can enable the return of transportation trajectories and automatically alert when deviating from the preset route, preventing cargo from being swapped.
   • Integrate door switch sensors, temperature and humidity sensors, and empty/loaded sensors to monitor the door status, ambient temperature, and cargo loading conditions. Jiutong Wulian's JT704 series monitor supports illegal door opening alarms and multi-channel temperature monitoring, suitable for cold chain transportation scenarios.

2. Video Surveillance System

   • Install network cameras on the exterior of the container house to cover key areas (such as entrances and cargo loading/unloading points), achieving surveillance without blind spots using equipment from brands like TP-LINK. For example, in warehousing and logistics scenarios, cameras can record the entry and exit of vehicles and personnel as well as the loading and unloading processes, supporting high-definition video storage for at least three months.
   • The transmission system uses CAT5 network cables for power supply and data transmission, reducing wiring costs; the control center uniformly processes video signals through managed switches, supporting video decoding on walls and remote access.

II. System Architecture and Functional Implementation

1. Terminal Layer

   • Install positioning trackers (integrated with GPS, Beidou, and 4G modules) and in-box sensors to collect data on location, door status, temperature, and humidity. For example, Yilian Intelligence's terminal devices support battery level detection and automatically alert when the voltage is low.
   • The video surveillance front end consists of network cameras, which should be waterproof and dustproof models (such as IP66-rated) to adapt to outdoor environments.

2. Data Transmission Layer

   • Upload data to the cloud platform via 4G/5G networks or NB-IoT to ensure real-time performance. For areas without network coverage, local storage + periodic export methods can be adopted.

3. Platform and Application Layer

   • The cloud platform provides functions such as real-time positioning, historical trajectory inquiry, and alarm parameter settings. For example, the container remote supervision system supports user logins to inquire about equipment status, set electronic fences, and trigger SMS or email alarms in case of illegal movement.
   • Customize and develop application systems to meet enterprise-level management needs (such as freight contract management and report generation).

III. Typical Application Scenarios

1. Logistics and Transportation
   • Real-time tracking of the container house's location, combined with electronic fence technology to prevent cargo theft or midway swapping. For example, the China-Europe Railway Express project has achieved transportation model innovation through intelligent container positioning and monitoring.
2. Construction Sites
   • Monitor the locations of temporary dormitories and material warehouses. Project managers can view the specific construction areas of each room from the backend, reducing manual inspection costs.
3. Leasing Operations
   • Set electronic fences. When tenants move the container house without permission, the terminal cuts off the water and electricity supply and triggers an alarm, synchronizing the location to the recovery team.

IV. Implementation Precautions

• Device Compatibility: Ensure that the data formats of the positioning modules, sensors, and video surveillance systems are unified to avoid information silos.
• Power Management: Select low-power sensors and solar power supply solutions to extend the battery life of devices deployed in the wild.
• Security Protection: Video surveillance data needs to be transmitted with encryption, and positioning terminals should support remote erasure functions to prevent information leakage.