Energy Consumption Data Collection and Monitoring Management System for Automobile Electroplating Workshops

With the accelerated development of the manufacturing industry, energy consumption continues to rise, and resource issues have become one of the important factors constraining China's economic development.

 Energy conservation and emission reduction are not only strategic needs at the national level but also inevitable choices for enterprises to improve economic efficiency and achieve sustainable development. In the automobile manufacturing process, the electroplating workshop, as a crucial process link, accounts for a significant proportion of energy consumption. Therefore, effective monitoring and management of energy consumption in automobile electroplating workshops are of great significance for reducing the overall manufacturing cost of vehicles and improving energy utilization efficiency.

In recent years, with the rapid development of technologies such as the Internet of Things (IoT), big data, and cloud computing, energy consumption systems in automobile electroplating workshops have been continuously updated and improved.

 These technologies provide strong support for the real-time collection, transmission, processing, and analysis of energy consumption data, enabling enterprises to more accurately understand the energy consumption status of electroplating workshops, promptly detect abnormal energy consumption, and take corresponding energy-saving measures.

In response to this, WideIoT (formerly known as Wutong Bolian) offers an energy consumption data collection and monitoring management system solution for automobile electroplating workshops, aiming to achieve real-time monitoring, collection, analysis, and management of smart meter data within electroplating workshops.

 Through this system, enterprises can comprehensively understand the energy consumption status of electroplating workshops, promptly detect abnormal energy consumption, provide data support for energy conservation and emission reduction, and enhance production efficiency and energy utilization efficiency.

Implemented Functions:

1. The system can real-time collect energy consumption data from various devices within the electroplating workshop, such as power usage time, electricity consumption, active power, etc. It can visually display the energy consumption data of various devices within the electroplating workshop in the form of charts, dashboards, etc., facilitating user understanding and analysis.

2. It can perform statistical analysis on the collected energy consumption data, revealing patterns and trends in energy consumption; providing functions such as energy consumption comparison and energy consumption trend prediction to help enterprises identify energy-saving potential and make scientifically sound decisions.

3. When energy consumption data exceeds preset thresholds, the system can automatically issue warning signals. The warning methods are diverse and can notify relevant personnel through SMS, email, system prompts, etc.