WideIOT · WG series industrial intelligent gateway is a high reliability industrial intelligent gateway that supports the collection of data of various industrial equipment such as PLC, instrument, water environmental protection, power equipment, CNC, and has protocol analysis and edge computing. It is the core edge node for building industrial Internet system.
WideIOT WD Series IOT Terminals are industrial wireless terminals that support IO acquisition control and serial port transparent transmission. They support data acquisition and control of multiple channels of DI, DO, AI, AO in industrial sites, and offer LoRa local networking and 4G data upload to the cloud. Thus, they realize wireless data acquisition and remote control of numerous on-site devices such as sensors, instruments, indicator lights, actuators, and main controllers.
WideIOT·WR series industrial wireless router is a network connection that supports 5G/4G/WIFI/Ethernet, etc., supports VPN networking, and provides low-latency, high-reliability, and high-security network access for field devices. input, so as to realize large-scale equipment networking applications.
The WideIOT WS-Series Industrial Switches deliver high stability,re- liability and security with easy maintenance. Featuring dual power and network redundancy, they are ideal for smart grids, rail transit,smart cities, safe city projects, new energy and intelligent manufacturing.
The WideIOT NAT Coupler is a specialized security isolation device for production networks. It supports IP renaming for unified IP planning, enables cross-segment device access via network segmentation, and effectively mitigates same-segment conflicts and broadcast storms. It is ideal for industrial networks demanding high data reliability, including those with PLCs, HMIs, CNCs, DCSs, and MES.
WideIOT Modbus Serial-Ethernet Gateway are industrial‑grade smart terminals that convert Modbus RTU (serial) to Modbus TCP (Ethernet). They bridge traditional serial‑based devices to modern Ethernet networks, enabling seamless integration with SCADA, MES, and cloud platforms.
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Leading provider of industrial IoT solutions for digital and intelligent transformation. Established in 2011, we have served over 20,000 customers in more than 100 countries.
A company operates multiple photovoltaic power plants across different provinces and regions. Due to the long distances and decentralized locations, manual data collection has proven to be costly and inefficient. Additionally, grid-connected data cannot be quickly compiled or reviewed, which significantly impacts work efficiency and operational management. Therefore, a solution is needed to collect data from photovoltaic power plants and upload it to an IoT platform. The data collection involves equipment such as PV generation meters, PV inverters, and box-type substation monitoring terminals, enabling centralized monitoring and management.
Currently, the inverters at each power plant are connected via a bus to the box-type substation monitoring terminal in the grid-connected cabinet. Along with smart meters, all communication protocols are IEC104. By connecting WideIOT industrial IoT gateways, real-time data such as power generation, current, voltage, and power can be collected and transmitted over 4G networks to the PV power plant IoT platform. This enables remote monitoring, statistical analysis, and data visualization, providing various functional applications.
1. Real-time Monitoring – Monitor power generation, voltage, current, and power data in real time across each PV power plant. The system automatically aggregates data and generates visual data reports and power generation trend curves, offering a clear view of plant operation and providing accurate data support for optimizing generation efficiency.
2. Customizable Alerts – Set up flexible alert rules. When abnormal data is detected, the system sends alerts to operation and maintenance personnel via SMS, email, or WeChat. Each alert clearly identifies the faulty equipment location and abnormal parameter type, ensuring timely troubleshooting and repair.
3. Data Analysis & Decision Support – Combine historical power generation data with environmental factors (e.g., season, weather) to analyze efficiency differences in PV components across different time periods and regions. The system also calculates and records billed grid-connected power generation, providing a scientific basis for optimizing business strategies.
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