IoT Solution for Energy Data Acquisition, Creating an Energy Consumption Monitoring Dashboard

With continuous technological advancements, IoT technology has become an indispensable part of people's production and daily lives. Among numerous application scenarios, energy consumption monitoring has garnered significant attention.

 As the global economy rapidly develops, energy consumption continues to rise annually, exacerbating issues of energy shortages and environmental pollution. Therefore, managing and controlling energy data through real-time monitoring of energy consumption provides enterprises and factories with a scientific and rational basis for energy management, aiding in the achievement of energy conservation and emission reduction goals.

Based on industrial IoT technology, wireless communication technology, and cloud computing technology, WideIOT offers an efficient and reliable IoT solution for online energy consumption monitoring.

 By connecting various energy-consuming devices and instruments to the energy data acquisition gateway, real-time collection, transmission, and processing of multiple energy data types such as water, electricity, gas, and heat are achieved. The data is then wirelessly transmitted to the monitoring center's cloud platform for visual display and analysis, facilitating the formulation of appropriate energy-saving indicators and optimization recommendations.

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System Architecture

1. Field Device Layer: Responsible for sensing and uploading parameters such as electricity, water, gas, heat, and environmental conditions, utilizing smart electricity meters, smart water meters, smart gas meters, temperature and humidity sensors, etc.

2. Network Communication Layer: Adopts RS485/RS232 or Ethernet to connect to the WideIOT energy data acquisition gateway, transmitting collected data to the cloud server.

3. Energy Efficiency Management Layer: Utilizes mobile phones, computers, and cloud platforms to perform data processing, over-limit alarms, energy-saving analysis, and other operations on energy-consuming devices.

Functional Characteristics:

1. Energy Monitoring: Establishes a reliable data acquisition system to obtain data such as electricity consumption, water consumption, gas flow, power, and device status, enabling real-time monitoring of energy-consuming equipment and energy consumption.

2. Energy Consumption Statistics: Enables rapid classification and statistics of various energy media and individual energy-consuming devices, allowing quick queries of customized data reports and statistical analysis of energy consumption data over specified time periods.

3. Abnormality Alarming: Sets alarm thresholds based on historical energy consumption data of devices, automatically issuing warnings when abnormal high or low energy consumption is detected, and notifying via WeChat, SMS, email, etc.

4. Energy-Saving Analysis: Conducts intelligent analysis on energy types, energy-consuming devices, energy prices, and energy consumption curves, formulating scientifically sound decisions that balance energy consumption costs with production efficiency for efficient energy conservation.