Using high-precision positioning module, support satellite navigation system such as Beidou and GPS, combined with differential algorithm to achieve fast and accurate positioning, through the company's independent research and development of DTU module, the positioning signal and user data are transmitted to the background server, after the data is analyzed and processed, WEB Server calls allow users to view device locations and data from anywhere on the network.

It consists of data acquisition system, sensor module, DTU module, back-end server and WEB server. The underlying hardware adopts distributed system and functional modular layout. The data on site is not only displayed and stored in the field, but also transmitted to the cloud server in real time, different users. It can be accessed through the network, and has the functions of SMS alarm and email alarm.

The upper computer calibration software, the data acquisition motherboard (customer), the calibration source, and the control mechanism are used to calibrate the data acquisition board (customer). According to the pre-established communication protocol, the host computer software controls the range of the calibration source and receives at the same time. The data returned by the data acquisition board is compared with the calibration source data, and the calculation result is returned to the data acquisition board.

For the traditional enterprise equipment upgrade and customized research and development, for the detection, control and statistics of certain aspects of the production process of the enterprise, c for the existing equipment objects of the enterprise, with the enterprise to carry out equipment automation upgrade and transformation, the manager can monitor the production process in real time. The data is finally submitted in the form of data reports, which is convenient for production management and control of the production process.

Designed based on the application of ARM chips in industrial environments, a new industrial control device that integrates automation technology, computer technology, and communication technology to perform operations such as storage logic operations and sequence control, timing, counting, and arithmetic operations. Commands and control of various types of mechanical equipment or production processes via digital or analog input and output interfaces.

For precision equipment, environmental parameters and motion trajectories in the transportation and storage process directly affect the performance of the equipment. The equipment trajectory parameter recorder adopts modular and integrated design, using high-precision sensors and industrial-grade chips. The device ID is bundled, the data is uploaded to the cloud, and the detailed records are saved locally, which is easy to trace when problems occur.

This system adopts Intermec Internet of Things special solar charge and discharge controller, which can collect some key parameters such as charging current, charging voltage, discharge current, battery voltage and battery capacity, and upload it to the computer or mobile APP through the network of self-organizing network. Users can monitor the working condition of solar modules anytime and anywhere.

It can adapt to RS485, RS232, 4-20mA, single bus and other sensor interfaces, support MODBUS or custom communication protocol, data upload supports RS485, RS232, LORA, etc.; internal industrial chip design, stable and reliable operation; external protection The level reaches IP68, which can adapt to different working environments.