IOT News

The Modbus IoT cloud platform creates efficient and timely intelligent applications between devices and users, enabling functions such as data acquisition, remote control, data visualization, and open APIs.

 It is widely used across various industries, helping enterprises achieve real-time monitoring, remote control, and data analysis of device data, thereby enhancing production efficiency and reducing costs.

The ShuzhiNeng device data acquisition platform supports the connection of various Modbus devices (including PLCs, instrumentation, sensors, CNC machine tools, robots, etc.), collects data, standardizes it, and stores it on the platform.

 It provides open data services and interfaces for various industrial IoT platforms and industrial software, enabling monitoring and management of various devices to ensure safe and stable production and avoid unnecessary losses caused by work stoppages.

Platform Features:

1. Massive Device Connectivity: Supports the connection of a vast number of devices, enabling networking, data acquisition, and protocol conversion for different devices.

2. Unified Data Standards: Adopts centralized configuration management and rule calculation in the cloud to standardize data.

3. Unified Device Management: Utilizes centralized device management, configuration, application deployment, and rule strategy in the cloud.

4. Data Sharing Middleware: Equipped with data interfaces such as MQTT, Modbus, HTTP, and OPC UA, facilitating data integration with different upper-layer application software.

Application Scenarios:

1. Industrial Automation: The platform enables data acquisition, control, and monitoring of various devices in factories, such as sensors, PLCs, frequency converters, industrial robots, and CNC machine tools.

2. Building Automation: The platform can be used for data acquisition and control in building automation systems, such as air conditioning systems, lighting systems, and elevator controls, enabling communication and control among these devices.

3. Environmental Monitoring: The platform can be applied to various sensors and data acquisition devices in environmental monitoring systems, such as temperature, humidity, and gas concentration sensors, providing real-time monitoring and alerts in case of abnormalities.

4. Energy Management: The platform can be utilized for monitoring and controlling various energy devices in energy management systems, such as electricity meters, ammeters, voltmeters, water meters, and gas meters, aiding in energy conservation optimization efforts.