Energy Consumption Data Acquisition Gateway Facilitates Energy-Saving Transformation of Industrial Equipment

 

As China's economic development enters a new era, energy development has also stepped into a new stage.

 The structural issues of traditional energy production capacity are gradually being addressed, with wind power, photovoltaic power, and other new energy sources receiving increasing support and attention. The concept of energy conservation and consumption reduction has become deeply ingrained. As an important resource for data sharing and analysis, Internet of Things (IoT) technology has injected new momentum into energy conservation and consumption reduction efforts.

Wutongbolian's energy consumption data acquisition gateway primarily collects energy consumption data from equipment and identifies high-energy-consuming devices and nodes through data analysis.

 This enables targeted energy-saving and consumption-reduction efforts, facilitating the goals of energy-saving transformation and the elimination of outdated production capacity.

Industrial field devices such as water meters, electricity meters, and gas meters can be connected to the energy consumption data acquisition gateway.

 The data is then uploaded to a cloud platform or upper computer via 5G/4G/WIFI/Ethernet, enabling online monitoring and over-limit warnings for energy consumption data such as water, electricity, gas, and heat. Visual and data-driven approaches are employed for energy-saving management of equipment. Through equipment modifications, production scheduling, and other measures, energy consumption costs can be effectively reduced, and energy utilization efficiency improved.

System Functionalities

1. Real-time Monitoring of Equipment Energy Consumption: The energy consumption data acquisition gateway can monitor the energy consumption of equipment in real-time, promptly identifying high-energy-consuming devices and time nodes for timely management and control.

    This provides data support for energy-saving transformation efforts.

2. Data Analysis for Optimized Energy Management: By analyzing the collected data, the gateway can provide optimized energy management solutions, helping users achieve energy conservation and consumption reduction.

3. Promoting the Elimination of Outdated Production Capacity: Through the analysis and comparison of energy consumption data, the gateway can assist users in identifying high-energy-consuming equipment and outdated production capacity, promoting energy-saving transformation and the elimination of such capacity.

4. Improving Production Efficiency: By implementing energy-saving transformation and eliminating outdated production capacity, the gateway can enhance production efficiency, reduce energy consumption costs, and bring greater economic benefits to users.